Chrom Tech your chromatography specialists CHROM TECHPRODUCTS

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1 CHROM TECHPRODUCTS HPLC COLUMNS VIALS 96 WELL PLATES & ACCESSORIES SAMPLE PREP HPLC ACCESSORIES GAS GENERATORS SYRINGES Agilent Enhanced Matrix Removal Lipid LOSE THE LIPIDS, FIND YOUR ANALYTES replaces dispersive SPE sorbent in familiar QuEChERS workflow NEW!

2 Michelle Iverson President Dear Valued Customer or Future Customer, takes great pride in our exemplary customer service. We know you have plenty of choices of where to purchase your supplies and we must stand out amongst the competition by offering superior products and excellent support at a competitive price. By collaborating with our customers and suppliers, we have created customized products and packaging to better suit our customers needs. With our inside knowledge and personal contacts, we can expedite this process so it goes from concept to reality in the least amount of time possible. truly believes that we are a stocking distributor; if you order a product regularly from, we will ensure that we have it in stock so we can ship your order the same day. I would appreciate the opportunity to earn your business. Michelle Iverson President, Inc. michelle@chromtech.com Table of Contents FEATURED PRODUCT Agilent Enhanced Matrix Removal Lipid HPLC COLUMNS Agilent BioHPLC Columns Agilent Small Molecule Columns 4 Agilent ZORBAX Eclipse Plus 6 Agilent ZORBAX Eclipse XDB 8 Agilent ZORBAX 80Å StableBond 0 Restek Raptor Biphenyl 4 Restek Raptor ARC-8 Sigma-Aldrich Ascentis Express 6 Imtakt Cadenza 7 Imtakt Intrada 8 Imtakt Scherzo 9 Transgenomic CARBOSep 0 Transgenomic ICSep 8 VIALS Reduced Surface Activity Vials 9 mm Wide Mouth Screw Thread 4 mm Snap Seal & Snap Ring /Crimp Top mm Crimp Top 6 Headspace 7 Crimpers & Decappers 8 96 WELL PLATES & ACCESSORIES 9 Semi-Automatic Heat Sealer 9 Plates 40 Sealing Films 4 SAMPLE PREP 44 Agilent Bond Elut 44 Agilent QuEChERS 4 Positive Pressure Processor Position Concentrator 48 Plate Evaporators/Concentrators 49 HPLC ACCESSORIES 0 Upchurch Fittings 0 Optimize Fittings & Column Hot Sleeve Solvent Containment GAS GENERATORS 4 Parker Balston 4 SYRINGES 6 Hamilton Manual Syringes 6 Hamilton Syringes for CTC/LEAP 60

3 Agilent Enhanced Matrix Removal Lipid NEW FEATURED PRODUCT Agilent Enhanced Matrix Removal Lipid Agilent Enhanced Matrix Removal Lipid continued on page 4 Struggling with matrix interferences due to lipids? Now, you don t have to choose between lipid removal and analyte recovery, because innovative Agilent Enhanced Matrix Removal Lipid delivers the most complete matrix removal and analyte recovery of any sample prep product. Enhanced Matrix Removal Lipid, unlike any other type of sample prep, is a unique sorbent that selectively removes lipids in complex matrices and challenging high-fat samples such as avocado, so you can remove lipids without losing your analytes. EMR Lipid replaces dspe sorbent in familiar QuEChERS workflows: Improves existing QuEChERS and dspe workflows Expands QuEChERS capabilities to include high fat samples x Avocado Quechers extract before dspe Avocado Quechers extract with C8/PSA cleanup Avocado Quechers with EMR Lipid cleanup 9% Matrix Removal with EMR Lipid Counts vs. acquisition time (min) GC/MS full-scan chromatogram overlay of an untreated QuEChERS avocado extract (black), compared to traditional C8/PSA cleanup (red) and an extract treated with Agilent Enhanced Matrix Removal Lipid (blue). Analyte recovery % (n=6) in 0 ppb pesticides fortified avocado EMR Lipid cleanup C8/PSA dspe cleanup Zirconia sorbent cleanup The Benefits of using new and innovative EMR Lipid for QuEChERS are clear Improved productivity: better sensitivity and signalto-noise from fewer matrix interferences enable faster data processing and greater sample throughput. Reduced lab costs: cleaner samples using EMR Lipid can offer significantly reduced MS source maintenance Reduce instrument downtime Simplified workflows: standardize on an easyto-use single-sorbent procedure that maximizes analyte recovery from a wide variety of fatty samples. Save time and money by reducing material costs, inventory, training time, and documentation, thereby streamlining your lab productivity. Higher quality results: a cleaner sample profile leads to greater data integrity and confidence in results, faster data processing, and fewer re-runs. 0 Methamidophos Thiophanate methtyl Bentazone Recovery data for multiple pesticide residue analysis in avocado, showing some of the 7 pesticides analyzed. Using Agilent Enhanced Matrix Removal Lipid, 9% of the pesticides fell within the acceptable recovery range of 70 to 0%.,4-D Acid Dichlorprop Penconazole TPP EPN Captafol FALL 0 product brochure

4 HPLC COLUMNSAgilent BioHPLC Columns Agilent Poroshell 00 HPLC Columns Separation of Monoclonal Antibody Heavy and Light Chains Column: Gradient: Poroshell 00SB-C8. x 7 mm, µm % B, 0.00 min; 40% B, 0.00 min; % B, 0.0 min; % B,.00 min Mobile Phase: A: H 0-ACN (90:0) B: H 0-ACN (0:90) Flow Rate: Temp: 70 C Detection:.0 ml/min UV 0 nm Chromatographic comparison of antibody IgG after reduction and enzymatic cleavage. POROSHELL 00 SIZE (mm) 00SB-C8 00SB-C8 00SB-C 00Extend-C8. x x x x. Guard Cartridge*, 4/pk Guard hardware kit x 7 Guard Assembly, /pk *Requires hardware kit 0. µm 4. µm µm particle 0. µm, 00Å porous shell on solid particle StableBond chemistry Use Poroshell 00 columns for analyzing intact proteins and large peptide fragments POROSHELL 00 BONDED PHASE SPECIFICATIONS BONDED PHASE Poroshell 00 Particle PORE SIZE TEMP LIMIT ph RANGE 00SB-C8 00Å 90 C No C8 00Å 90 C No C 00Å 90 C No 00Extend-C8 00Å 60 C 40 C µm END- CAPPED Yes Agilent AdvanceBio RP-mAb Columns Improved accuracy. µm superficially porous particle with wide 40Å pore increases mab resolution Selectivity range of phases available (C4, SB-C8, Diphenyl) Lifetime/Lower Costs µm inlet frit and robust packed bed extends column lifetime by helping prevent inlet blockage Larger 40Å pore provides less carry-over 0. µm.0 µm. µm The Agilent AdvanceBio RP-mAb column delivers higher resolution and faster run times to provide accurate, reproducible results when analyzing intact mab, mab fragments (light and heavy chain or Fc and Fab), or other large biomolecules. AdvanceBio RP-mAb Particle ADVANCEBIO RP-mAb SIZE (mm) C4 SB-C8 DIPHENYL. x x x x x x x ADVANCEBIO RP-m A b BONDED PHASE SPECIFICATIONS BONDED PHASE PORE SIZE TEMP LIMIT p H RANGE C4 40Å 90 C Yes SB-C8 40Å 90 C No Diphenyl 40Å 90 C Yes END- CAPPED

5 Agilent BioHPLC Columns HPLC COLUMNS Agilent AdvanceBio Glycan Mapping Columns Speed Obtain glycan maps in less than 0 minutes High-resolution Characterize both labeled and unlabeled glycans; identify any glycosylation changes that occur due to process variables Flexibility Choose from:.7 µm superficially porous particles for high resolution with less backpressure compatible with all LC instruments.8 µm fully porous particles for UHPLC analysis Reproducibility QA tested with a -AB labeled IgG N-linked glycan sample to ensure consistent quality and performance. Achieve new levels of resolution for glycan mapping and reduce the time it takes to get there with Agilent AdvanceBio Glycan Mapping columns. These innovative columns are engineered and manufactured by Agilent to deliver reproducible, high resolution glycan identification when time is of the essence. ADVANCEBIO GLYCAN MAPPING COLUMNS.8 µm, Fully Porous SIZE (mm) MAX PRESSURE PART NO. x bar x 0 00 bar x Guard, each 00 bar ADVANCEBIO GLYCAN MAPPING COLUMNS.7 µm, Superficially Porous. x bar x bar x bar x Guard, each 600 bar x bar x bar x bar Superior results in 40% less time than competition Column: AdvanceBio Glycan Mapping Column x 0 mm,.8 µm Instrumentation: Agilent 90 Infinity LC w/60 Infinity fluorescence Detector (FLD) Mobile Phase: A: 00 mm NH 4 Formate, ph 4. B: ACN Temp: C FLD: Excitation = 60 Emission = 40 Injection: Sample: µl in 70:0 ACN: 00 mm NH 4 Formate Agilent -AB labeled N-linked Human IgG glycan library ( ) AdvanceBio Glycan Mapping column,.8 µm Non-Agilent sub- µm glycan column Fast, high-resolution glycan mapping (.8 µm column). This standard is used to test all Agilent AdvanceBio Glycan Mapping Columns.. G0. G0F. G0FB 4. GF. GF' 6. GFB 7. GFB Man6 8. G 9. GF 0. GFB. GFS. A. AF 4. AFB. A 6. AF 7. AFB Time %A %B Flow rate ml/min Ensure consistent results with glycan standards for performance testing and retention mapping Missed information in the early stages of development can cause major setbacks downstream. What s more, production process inconsistency may lead to changes in glycosylation, which can negatively impact immunogenicity and efficacy. Agilent reference standards help you make sure that critical data has been captured, and that every workflow component is working optimally. Choose from two options: Dextran ladder standard (labeled and unlabeled) facilitates data analysis and reporting IgG N-linked glycan standard (labeled and unlabeled) confirms workflow efficacy GLYCAN STANDARDS DESCRIPTION PART NO Dextran ladder standard, 0 µg, 0. ml vial AB labeled dextran ladder standard, 00 pmol IgG N-linked glycan library, 0 µg, 0. ml AB labeled igg N-linked glycan library, 00 pmol FALL 0 product brochure

6 HPLC COLUMNS Agilent Small Molecule Columns Agilent Poroshell 0 HPLC Columns µm frit, for rugged performance with dirty sample High efficiency and high resolution Up to 0% less back pressure than sub µm particle Compatible with 400/600 bar LC s, as well as UHPLCs 0. µm Expanded Offering! Now available in two particle sizes:.7 um or 4 um (NEW!) These high efficiency, high resolution columns can be used on any type of LC. The porous outer layer and solid core limit diffusion distance and improve separation speed while the narrow particle size distribution improves efficiency and resolution. Poroshell 0 Particle To offer you even more choices for refining challenging analytes, the Poroshell 0 family is expanding. Now, there are TWO particle sizes (.7 and 4 µm) so you can choose the option to best for your needs. Also, with chemistries available in.7 µm and five chemistries in 4 µm, you have the method development flexibility you are looking for. POROSHELL 0 BONDED PHASE SPECIFICATIONS BONDED PHASE PORE SIZE TEMP LIMIT ph RANGE ENDCAPPED EC-C8, EC-C8, Phenyl-Hexyl 0Å 60 C Yes SB-C8 0Å 90 C No SB-C8, SB-Aq 0Å 80 C No Bonus RP 0Å 60 C Triple HILIC 0Å 60 C No EC-CN 0Å 60 C Double PFP 0Å 60 C Yes HPH-C8, HPH-C8* 0Å 60 C.0.0 Yes Specifications represent typical values only *New Poroshell HPH-C8 and HPH-C8 technologies are made by chemically modifying Poroshell particles using proprietary technology designed to give high ph stability. Therefore, the pore sizes differ from the other phases in the Poroshell family. Agilent Fast Guards for UHPLC No holder required; just attach to the column These guards come in packages of three POROSHELL 0.7 µm ORDERING INFORMATION SIZE (mm) EC-C8 EC-C8 SB-C8 SB-C8 HPH-C8 HPH-C8 SB-Aq BONUS RP EC-CN 4.6 x x x x x x Guard, /pk x x x x x x Guard, /pk x x x x x x Guard /pk

7 Agilent Small Molecule Columns HPLC COLUMNS POROSHELL 0.7 µm SIZE (mm) PFP PHE-HEX HILIC 4.6 x x x x Guard, /pk x x x x Guard, /pk x x x x Guard, /pk NEW! POROSHELL 0 4 µm SIZE (mm) EC-C8 EC-C8 PFP PHE-HEX HILIC 4.6 x x x x x Guard, /pk x x x x x Guard, /pk x x x x x Guard, /pk Agilent Poroshell 0 AdvanceBio Peptide Mapping Columns Each batch of AdvanceBio Peptide Mapping media is tested with a rigorous peptide mix to ensure suitability and reproducibility, and to enable the identification of NEW! key peptides in complex peptide maps. 0. µm Quality Assurance Testing with Peptide Mix.7 µm.7 µm Column: Flow Rate: Injection: µl Temp: C Detection: Gradient: Sample: AdvanceBio Peptide Mapping x 0 mm,.7 µm 0. ml/min 0 nm A, water (0.% TFA) B, ACN (0.08% TFA), 0 min, 6% B, 6 min, 6 9% B Agilent Peptide Mapping Standards Mix (0..0 µg/µl per peptide) p/n Test mix used for every batch of AdvanceBio Peptide Mapping media contains 8 hydrophilic, hydrophobic, and basic peptides, ranging in molecular weight from 77 Da to 84 Da. Every column is also tested with a small-molecule probe to ensure efficiency. PK COMPONENT Bradykinin fragment -7 Bradykinin Angiotensin II 4 Neurotensin Angiotensin I 6 ACTH fragment Renin 8 Melittin AdvanceBio Peptide Mapping Columns POROSHELL 0 ADVANCEBIO PEPTIDE MAPPING COLUMNS SIZE (mm) Poroshell 0 Particle PART NO 4.6 x x Guard, /pk x x Guard, /pk x x x x Guard, /pk Peptide Standard FALL 0 product brochure

8 HPLC COLUMNSAgilent ZORBAX Eclipse Plus Agilent ZORBAX Eclipse Plus The ideal column for method development excellent results for a wide range of compounds High level of performance peak shape, efficiency, resolution, and lifetime with all sample types: acids, bases and neutrals Agilent ZORBAX Eclipse Plus columns provide the ultimate in performance for silica-based columns. Peak shape is excellent for the most challenging basic compounds, improving efficiency and resolution with these sample types. These results are achieved by improvements in the silica manufacturing and bonding technology, which is completely controlled by Agilent. Because of their high level of performance, Eclipse Plus columns are the ideal first choice for method development of all samples. If you need to achieve fast method development and superior productivity, then choose a column with high-resolution.8 µm particles. For standard methods, conventional µm and Rapid Resolution. µm columns are your best choice. With all particle sizes, easy method transfer is possible. O O O O O CH Si CH CH Si CH CH CH Si CH CH Si CH CH CH Si CH ZORBAX ECLIPSE PLUS COLUMN SPECIFICATIONS BONDED PHASE PORE SIZE SURFACE AREA ph RANGE* ENDCAPPED TEMP LIMIT CARBON LOAD ZORBAX Eclipse Plus C8 9Å 60 m /g Double 60 ºC 9% ZORBAX Eclipse Plus C8 9Å 60 m /g Double 60 ºC 7% ZORBAX Eclipse PAH 9Å 60 m /g No 60 ºC 4% ZORBAX Eclipse Plus Ph-Hex 9Å 60 m /g Double 60 ºC 9% Specifications represent typical values only. *Column lifetime will be reduced significantly at ph >7 and temperatures >40 C. At ph 6-9, highest column stability for all silica based columns is obtained by operating at temperatures <40 C and using lower buffer concentrations in range of M, especially with phosphate and carbonate buffers. ZORBAX Eclipse Plus Columns Rapid analysis of an analgesic tablet, selectivity differences at ph and ph 7 Column A: Gradient: Sample: Eclipse Plus C x 0 mm, µm 0 60% B/ min ph.7:a: 0.% Formic acid B: 0.% fa in ACN ph 7.0: A: 0 mm Na phosphate B: ACN generic Excedrin tablet Both Eclipse Plus C8 and C8 can be used over a wide ph range to optimize selectivity or analysis time. Acetaminophen. Caffeine. Acetylsalicylic acid 4. Unknown min 4 min. 4 ph.7 ph min

9 Agilent ZORBAX Eclipse Plus HPLC COLUMNS DESCRIPTION SIZE (mm) PARTICLE SIZE (µm) Eclipse Plus C8 (USP L) Eclipse Plus C8 (USP L7) Eclipse Plus Phenyl-Hexyl (USP L) Eclipse PAH (USP L) Analytical 4.6 x Analytical 4.6 x Analytical 4.6 x Analytical 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Guard Column Cartridges, 4/pk 4.6 x High Performance ZORBAX Guard Fittings Kit Rapid Resolution HT, 600 bar 4.6 x Rapid Resolution HT, 600 bar 4.6 x Rapid Resolution HT, 600 bar 4.6 x Rapid Resolution HT, 600 bar 4.6 x UHPLC Guard, 600 bar, /pk 4.6 x Solvent Saver.0 x Solvent Saver.0 x Solvent Saver Plus.0 x Solvent Saver Plus.0 x Guard Column Cartridges, 4/pk 4.6 x High Performance ZORBAX Guard Fittings Kit Solvent Saver RRHD, 00 bar.0 x Solvent Saver RRHD, 00 bar.0 x Solvent Saver RRHD, 00 bar.0 x Solvent Saver HT, 600 bar.0 x Solvent Saver HT, 600 bar.0 x UHPLC Guard Column, 00 bar, /pk.0 x Narrow Bore. x Narrow Bore. x Narrow Bore. x Narrow Bore RR. x Narrow Bore RR. x Narrow Bore RR. x Narrow Bore RR. x Guard Cartridges, 4/pk. x High Performance ZORBAX Guard Fittings Kit Narrow Bore RRHD, 00 bar. x Narrow Bore RRHD, 00 bar. x Narrow Bore RRHD, 00 bar. x Narrow Bore RRHT, 600 bar. x Narrow Bore RRHT, 600 bar. x Narrow Bore RRHT, 600 bar. x UHPLC Guard Column, 00 bar, /pk. x UHPLC Guard Column Complete guard assembly No holder required High Performance ZORBAX Guard Fittings Kit Cartridges sold separately FALL 0 product brochure 7

10 HPLC COLUMNSAgilent ZORBAX Eclipse XDB Agilent ZORBAX Eclipse XDB Four selectivity choices for method development optimization Good peak shape for basic, acidic and neutral compounds High performance over a wide ph range ph 9 Particle sizes from.8 to 7 µm Long lifetime with extra Dense Bonding and double endcapping Specifications represent typical values only ZORBAX ECLIPSE XDB COLUMN SPECIFICATIONS BONDED PHASE PORE SIZE SURFACE AREA ph RANGE* ENDCAPPED TEMP LIMIT CARBON LOAD ZORBAX Eclipse XDB C8 80Å 80 m /g Double 60 ºC 0% ZORBAX Eclipse XDB C8 80Å 80 m /g Double 60 ºC 7.6% ZORBAX Eclipse XDB-Phenyl 80Å 80 m /g Double 60 ºC 7.% ZORBAX Eclipse XDB-CN 80Å 80 m /g Double 60 ºC 4.% *Eclipse XDB columns are designed for operation over a wide ph range. At ph 6 9, highest columns stability for all silica based columns is achieved by operating at temperatures < 40 C and using low buffer concentrations in the range of M. O O O O O CH Si CH CH Si CH CH CH Si CH CH Si CH CH CH Si CH extra Densely Bonded and Double Endcapped Eclipse XDB Bonded Phase DESCRIPTION SIZE (mm) PARTICLE SIZE (µm) STANDARD COLUMNS (NO SPECIAL HARDWARE REQUIRED) Eclipse XDB- C8 (USP L) Eclipse XDB- C8 (USP L7) Eclipse XDB- Phenyl (USP L) Eclipse XDB- CN (USP L0) SemiPrep 9.4 x SemiPrep Guard Cartridge 9.4 x 8067-* 8067-* 8067-* 8067-* SemiPrep Guard Hardware Kit Analytical 4.6 x Analytical 4.6 x Analytical 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Guard Cartridges, 4/pk 4.6 x High Performance ZORBAX Guard Fittings Kit Rapid Resolution HT, 600 bar 4.6 x Rapid Resolution HT, 600 bar 4.6 x Rapid Resolution HT, 600 bar 4.6 x Rapid Resolution HT, 600 bar 4.6 x UHPLC Guard Column, 00 bar/pk 4.6 x Solvent Saver.0 x Solvent Saver.0 x Solvent Saver Plus.0 x Solvent Saver Plus.0 x Solvent Saver Plus.0 x Guard Cartridges, 4/pk 4.6 x High Performance ZORBAX Guard Fittings Kit *These columns are packed with Eclipse XDB-C8, µm

11 Agilent ZORBAX Eclipse XDB HPLC COLUMNS DESCRIPTION SIZE (mm) STANDARD COLUMNS (NO SPECIAL HARDWARE REQUIRED) PARTICLE SIZE (µm) Eclipse XDB- C8 (USP L) Eclipse XDB- C8 (USP L7) Eclipse XDB- Phenyl (USP L) Eclipse XDB- CN (USP L0) Solvent Saver RRHD, 00 bar.0 x Solvent Saver RRHD, 00 bar.0 x Solvent Saver RRHD, 00 bar.0 x Solvent Saver HT, 600 bar.0 x Solvent Saver HT, 600 bar.0 x Solvent Saver HT, 600 bar.0 x Solvent Saver HT, 600 bar.0 x UHPLC Guard Column, 00 bar/pk.0 x Narrow Bore. x Narrow Bore. x Narrow Bore RR. x Narrow Bore RR. x Narrow Bore RR. x Narrow Bore RR. x Narrow Bore RR. x Narrow Bore RR. x Guard Cartridges, 4/pk. x High Performance ZORBAX Guard Fittings Kit Narrow Bore RRHD, 00 bar. x Narrow Bore RRHD, 00 bar. x Narrow Bore RRHD, 00 bar. x Narrow Bore RRHT, 600 bar. x Narrow Bore RRHT, 600 bar. x Narrow Bore RRHT, 600 bar. x Narrow Bore RRHT, 600 bar. x UHPLC Guard Column, 00 bar, /pk. x MicroBore RR.0 x MicroBore RR.0 x MicroBore RR.0 x MicroBore Guard Column, /pk.0 x CAPILLARY GLASS-LINED COLUMNS Capillary 0. x Capillary 0. x Capillary RR 0. x Capillary RR 0. x Capillary 0. x Capillary 0. x Capillary RR 0. x Capillary 0. x Capillary 0. x UHPLC Guard Column Complete guard assembly No holder required High Performance ZORBAX Guard Fittings Kit Cartridges sold separately FALL 0 product brochure 9

12 HPLC COLUMNSAgilent ZORBAX 80Å StableBond Agilent ZORBAX 80Å StableBond Longest column lifetime and best reproducibility for low ph separations down to ph R Patented stable column chemistry allows use at high temperature and low ph without degradation O Si R Six different bonded phases provide broad selectivity SB-C8, SB- C8, SB-CN, SB-Phenyl, SB-C and SB-Aq High purity (Type B) silica for good peak shape OH R R Agilent ZORBAX StableBond columns use patented, unique, nonfunctional silanes with bulky disobutyl (SB-C8) or disopropyl (SB-C8, SB-C, SB-Phenyl, SB-CN, and SB-Aq) side chain groups that sterically protect the key siloxane bond to the silica surface from hydrolytic attack at low ph. StableBond packing materials are not endcapped in order to provide exceptional stability and to maximize lifetime and reproducibility under acidic mobile phase conditions. O OH Si R R R ZORBAX 80Å STABLEBOND COLUMN SPECIFICATIONS BONDED PHASE PORE SIZE SURFACE AREA ph RANGE* ENDCAPPED TEMP LIMITS* CARBON LOAD O Si R ZORBAX SB-C8 80Å 80 m /g No 90 C 0% ZORBAX SB-C8 80Å 80 m /g No 80 C.% R ZORBAX SB-C 80Å 80 m /g No 80 C 4% ZORBAX SB-Phenyl 80Å 80 m /g No 80 C.% ZORBAX SB-CN 80Å 80 m /g No 80 C 4% Sterically Protected StableBond Bonded Phase ZORBAX SB-Aq 80Å 80 m /g No 80 C proprietary Specifications represent typical values only *StableBond columns are designed for optimal use at low ph. At ph 6 8, highest column stability for all silica-based columns is obtained by operating at temperatures < 40 C and using lower buffer concentrations in the range of M. At mid-range ph, Eclipse Plus, Eclipse XDB and Bonus-RP are recommended. StableBond SB-C8 shows excellent stability at low ph and high temperature (ph 0.8, 90 C) StableBond SB-C8 (Diisobutyl-C8) Column: Column: Mobile Phase: Temperature: 90 C ZORBAX SB-C x 0 mm, µm ZORBAX Rx-C x 0 mm, µm 0% Methanol/0% Water with.0% TFA Test Solute: Toluene As an indicator of column breakdown, retention time of toluene was measured after purging the column with mobile phase. Only the StableBond SB-C8 is unchanged after three working months of use under these very low ph (0.8) and high temperature (90 C) conditions. ZORBAX Rx-C8 also provides a stable matrix, and can be used as an alternative selectivity to StableBond SB-C8 Relative Retention ,000 0,000,000 0,000,000 0,000 Column Volumes of Mobile Phase Purge LCSB00 ZORBAX Rx-C8 (Dimethyl-C8) Competitor A-C8 Competitor B-C8 Competitor C-C8 Competitor D-C8 Competitor E-C

13 Agilent ZORBAX 80Å StableBond HPLC COLUMNS DESCRIPTION SIZE (mm) STANDARD COLUMNS (NO SPECIAL HARDWARE REQUIRED) PARTICLE SIZE (µm) SB-C8 (USP L) SB-C8 (USP L7) SB-CN (USP L0) SB-C (USP L6) SB-Phenyl (USP L) SemiPrep 9.4 x SemiPrep 9.4 x SemiPrep 9.4 x SemiPrep 9.4 x SemiPrep Guard Cartridges, /pk 9.4 x SemiPrep Guard Hardware Kit 9.4 x Analytical 4.6 x Analytical 4.6 x Analytical 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Rapid Resolution 4.6 x Guard Cartridges, 4/pk 4.6 x High performance ZORBAX guard fittings kit Rapid Resolution HT, 600 bar 4.6 x Rapid Resolution HT, 600 bar 4.6 x Rapid Resolution HT, 600 bar 4.6 x Rapid Resolution HT, 600 bar 4.6 x Rapid Resolution HT, 600 bar 4.6 x Rapid Resolution HT, 600 bar 4.6 x UHPLC Guard Columns, 600 bar, /pk 4.6 x Solvent Saver.0 x Solvent Saver.0 x Solvent Saver Plus.0 x Solvent Saver Plus.0 x Solvent Saver Plus.0 x Guard Cartridges, 4/pk 4.6 x High performance ZORBAX guard fittings kit Solvent Saver RRHD, 00 bar.0 x Solvent Saver RRHD, 00 bar.0 x Solvent Saver RRHD, 00 bar.0 x Solvent Saver HT, 600 bar.0 x Solvent Saver HT, 600 bar.0 x Solvent Saver HT, 600 bar.0 x Solvent Saver HT, 600 bar.0 x Solvent Saver HT, 600 bar.0 x UHPLC Guard Columns, 00 bar, /pk.0 x Unless indicated, column pressure limit is 400 bar SB-Aq (Continued on next page) UHPLC Guard Column Complete guard assembly No holder required High Performance ZORBAX Guard Fittings Kit Cartridges sold separately FALL 0 product brochure

14 HPLC COLUMNSAgilent ZORBAX 80Å StableBond DESCRIPTION SIZE (mm) STANDARD COLUMNS (NO SPECIAL HARDWARE REQUIRED) PARTICLE SIZE (µm) SB-C8 (USP L) SB-C8 (USP L7) SB-CN (USP L0) SB-C (USP L6) SB-Phenyl (USP L) Narrow Bore. x Narrow Bore. x Narrow Bore RR. x Narrow Bore RR. x Narrow Bore RR. x Narrow Bore RR. x Narrow Bore RR. x Narrow Bore RR. x Guard Cartridge, 4/pk. x High performance ZORBAX guard fittings kit Narrow Bore RRHD, 00 bar. x Narrow Bore RRHD, 00 bar. x Narrow Bore RRHD, 00 bar. x Narrow Bore RRHT, 600 bar. x Narrow Bore RRHT, 600 bar. x Narrow Bore RRHT, 600 bar. x Narrow Bore RRHT, 600 bar. x Narrow Bore RRHT, 600 bar. x UHPLC Guard Column, 00 bar, /pk. x MicroBore RR.0 x MicroBore RR.0 x MicroBore RR.0 x MicroBore Guard Column, /pk.0 x PREPHT CARTRIDGE COLUMNS (REQUIRE ENDFITTINGS KIT ) PrepHT Cartridge. x PrepHT Cartridge. x PrepHT Cartridge. x PrepHT Cartridge. x PrepHT Cartridge. x PrepHT Cartridge, /pk 7.0 x Guard Cartridge Hardware PrepHT Endfittings, /pk AGILENT CARTRIDGE COLUMNS (REQUIRE HARDWARE KIT 0-84) Analytical 4.6 x Analytical 4.6 x Rapid Resolution 4.6 x Guard Cartridges, 0/pk 4.0 x Cartridge Holder Unless indicated, column pressure limit is 400 bar SB-Aq TECH TIP ZORBAX StableBond SB-C8, SB-C8 and SB-Aq phases are also available on Poroshell 0 (see page 4)

15 Agilent ZORBAX 80Å StableBond HPLC COLUMNS DESCRIPTION SIZE (mm) STANDARD COLUMNS (NO SPECIAL HARDWARE REQUIRED) PARTICLE SIZE (µm) SB-C8 (USP L) SB-C8 (USP L7) Rapid Resolution HT 4.6 x Rapid Resolution HT, /pk 4.6 x Narrow Bore RRHT. x Narrow Bore RRHT, /pk. x CAPILLARY GLASS-LINED COLUMNS Capillary 0. x Capillary 0. x Capillary 0. x Capillary RR 0. x Capillary RR 0. x Capillary 0. x Capillary 0. x Capillary 0. x Capillary RR 0. x Agilent ZORBAX 80Å StableBond The high purity, low acidity silica provides excellent peak shape with acidic, basic and neutral compounds making StableBond columns an excellent choice for low ph method development. ZORBAX StableBond columns are compatible with all common mobile phases, including highly aqueous mobile phases. Five different bonded phases provide selectivity options A Column A: Column B: Column C: ZORBAX SB-C x 0 mm, µm ZORBAX SB-C x 0 mm, µm ZORBAX SB-C x 0 mm, µm B 4 4. Procaine. Lidocaine. d-cinchonine 4. Butacaine. Tetracaine Column D: ZORBAX SB-Phenyl x 0 mm, µm Column E: Mobile Phase: ZORBAX SB-CN x 0 mm, µm 0 00% B in 8.8 min A: 0 mm NaH PO 4, ph. in 9% H O/% ACN B: 0 mm NaH PO 4, ph. in 47% H O/% ACN C 4 Flow Rate:.0 ml/min Temperature: 6 C Detector: 4 nm D 4 SB-C is just one of the five different StableBond selectivity choices. In this example, optimum resolution is obtained with SB-C. All are based on the same high purity Rx-SIL. Selectivity changes are therefore dependent only on the bonded phases, making method development more reliable. E Time (min) LCSB004 FALL 0 product brochure

16 HPLC COLUMNSRestek Raptor Biphenyl Restek Raptor Biphenyl LC Columns (USP L) Ideal for bioanalytical applications like drug and metabolite analyses. Heightened selectivity and retention for compounds that are hard to resolve or elute early on C8 and other phenyl chemistries. Limits ionization suppression; allows MS-friendly mobile phases. RAPTOR BIPHENYL SPECIFICATIONS STATIONARY PHASE CATEGORY LIGAND TYPE PORE SIZE MAX TEMP ph RANGE Phenyl (L) Biphenyl 90 Å 80 C. 8.0 CH Si CH O PARTICLE SURFACE AREA MAX PRESSURE.7 µm or µm superficially porous silica (SPP or "core-shell") 0 m /g (.7 µm) or 00 m /g ( µm) 600 bar / 8,700 PSI (.7 µm) or 400 bar /,800 PSI ( µm) RAPTOR BIPHENYL ORDERING INFORMATION SIZE (mm).7 µm µm. x 0 909A. x 0 909A 909. x A 909. x 0 909A x Guard, /pk 909A x 0 909AE 909E.0 x 0 909AE 909E.0 x AE 909E.0 x 0 909A6E 9096E Raptor EXP Guard Column Cartridges Free-Turn architecture lets you change cartridges by hand without breaking inlet/outlet fluid connections no tools needed Guard column cartridges require EXP direct connect holder.0 x Guard, /pk 909A x 0 909A 4.6 x 0 909A x A x 0 909A x x Guard, /pk 909A Get Complete Isobaric Resolution and Sub--minute Pain Panel Runs Column: Raptor Biphenyl 909AE.0 x 0 mm,.7 µm Instrumentation: API LC-MS/MS Detector: AB SCIEX API4000 MS/MS; ESI+ Mobile Phase: A: 0.% formic acid in H 0 B: 0.% formic acid in methanol Gradient: Temp: 0 C Flow Rate: 0% B, 0.00 min; 4% B,.0 min; 00% B,.0 min; 00% B,.70 min; 0% B,.7 min; 0% B,.00 min 0.6 ml/min Sample: Diluent: urine:mobile phase A: mobile phase B (7:76:7) Injection: 0 µl. Concentration: 0 00 ng/ml XIC of isobars.0. Excellent separation of isobaric compounds Time (min) Analytes separated from early-eluting matrix. Human Urine Matrix Components. Morphine. Oxymorphone. Hydromorphone 4. Amphetamine. Methamphetamine 6. Codeine 7. Oxycodone 8. Hydrocodone 9. Norbuprenorphine 0. Meprobamate. Fentanyl. Buprenorphine. Flurazepam 4. Sufentanil. Methadone 6. Carisoprodol 7. Lorazepam 8. Diazepam Lorazepam was prepared at 00 ng/ml; all other analytes are 0 ng/ml Time (min)

17 Restek Raptor ARC-8 HPLC COLUMNS Restek Raptor ARC-8 LC Columns Ideal for high-throughput LC-MS/MS applications with minimal sample preparation. Well-balanced retention profile for better detection and integration of large, multiclass analyte lists. Sterically protected to endure low-ph mobile phases without sacrificing retention or peak quality. Part of Restek s Raptor LC column line featuring.7 and μm SPP core-shell silica. With Raptor LC columns, Restek chemists became the first to combine the speed of superficially porous particles (also known as SPP or coreshell particles) with the resolution of highly selective USLC technology. This new breed of chromatographic column allows you to more easily achieve peak separation and faster analysis times without expensive UHPLC instrumentation. The Raptor ARC-8 column features a well-balanced retention profile without the drawbacks of using an ordinary C8 in the harsh, acidic mobile phases needed for mass spectrometry (MS). Even after extended use in these low-ph (.0) conditions, the sterically protected ARC-8 offers consistent retention, peak shape, and response for charged bases, neutral acids, small polar compounds, and more. For the rapid analysis of large, multiclass assays by LC-MS/MS, the acidresistant Raptor ARC-8 truly is ahead of the curve. Analysis of Vitamin D and Metabolites with Raptor ARC-8..-Dihydroxyvitamin D. -Hydroxyvitamin D. -Hydroxyvitamin D 4. Vitamin D. Vitamin D RAPTOR ARC-8 SPECIFICATIONS STATIONARY PHASE CATEGORY LIGAND TYPE PORE SIZE MAX TEMP ph RANGE C8, octadecylsilane (L) Sterically protected C8 PARTICLE SURFACE AREA MAX PRESSURE.7 µm or µm superficially porous silica (SPP or "core-shell") 0 m/g (.7 μm) or 00 m/g ( μm) RAPTOR ARC-8 ORDERING INFORMATION 90 Å 80 C bar / 8,700 PSI (.7 µm) or 400 bar /,800 PSI ( µm) SIZE (mm).7 µm µm. x 0 94A. x 0 94A 94. x 00 94A 94. x 0 94A x Guard, /pk 94A x 0 94AE 94E.0 x 0 94AE 94E.0 x 00 94AE 94E.0 x 0 94A6E 946E.0 x Guard, /pk 94A x 0 94A 4.6 x 0 94A x 00 94A x 0 94A x x Guard, /pk 94A Column: Raptor ARC-8 94A. x 00 mm,.7 µm Instrumentation: Shimadzu UFLCXR Detector: Mobile Phase: ABSCIEX API4000 ; Ion Source: TurbolonSpray ; Ion Mode: ESI+ A: 0.% formic acid + FmM ammonium formate in water B: 0.% formic acid + mm ammonium formate in methanol Gradient (%B): 0.00 min (90%), 4.00 min (00%), 4.0 min (90%), 6.00 (90%) Temp: 40 C Flow Rate: Sample: Injection: 0. ml/min Diluent: Methanol µl. Concentration: 00 ng/ml Separating fat-soluble vitamins by LC can be time consuming. The Raptor ARC-8 column, however, can analyze these difficult compounds using reversed-phase chromatography (RPC) in less time than traditional columns to increase productivity. Plus in the bioanalytical arena, the ARC-8 can quantitate the metabolites of vitamin D using the same column and mobile phases. FALL 0 product brochure

18 HPLC COLUMNSSigma-Aldrich Ascentis Express Sigma-Aldrich Ascentis Express Outperforms other smaller sub- µm particles in efficiency and addresses other disadvantages inherent in smaller sub- micron UHPLC columns. Delivers perfect balance of pressure and performance ideal for faster small molecule analysis on any UHPLC system. Available in C8, F, OH, and HILIC i phases. With the addition of.0 µm Ascentis Express UHPLC columns, we now offer three U/HPLC Fused Core particle columns, making the Ascentis Express column line truly scalable from UHPLC to legacy HPLC systems. Ascentis Express.0 µm Delivers Excellent Peak Shape and Efficiency with Speed Compared to Fully Porous Particle Columns Porous C8,.8 μm 076 plates peak 4 USP tailing factor peak = psi Porous C8,.7 μm 687 plates peak 4 USP tailing factor peak =. 40 psi Ascentis Express C8,.0 μm 786 plates peak 4 USP tailing factor peak = psi Column: Mobile Phase: Flow Rate: Ascentis Express C8 08-U. x 00 mm,.0 µm A: H 0 w/0.% formic acid B: ACN w/0% formic acid, (6:, A:B) 0.8 ml/min ASCENTIS EXPRESS ORDERING INFORMATION SIZE (mm) C8 F OH HILIC i. x U 0867-U 096-U 48-U. x U 086-U 099-U 409-U. x 7 08-U 086-U 098-U 408-U. x 0 08-U 089-U 097-U 406-U. x U 088-U 09-U 404-U. x U 087-U 09-U 40-U. x Guard Cartridge*, /pk 08-U 0884-U 0969-U 40-U.0 x 0 08-U 088-U 0968-U 49-U.0 x U 0879-U 0967-U 48-U.0 x U 0876-U 096-U 44-U.0 x U 087-U 0964-U 4-U.0 x 0 08-U 0869-U 096-U 49-U.0 x Guard Cartridge*, /pk 08-U 0886-U 097-U 4-U Universal EXP Guard Holder, each 00-U 00-U 00-U 00-U *Requires Universal EXP Guard Holder Time (min) Temp: C Detection: UV, 40 nm Injection: 0. µl Sample: 0 µg/ml in 80:0, water:methanol Instrument: Dionex Ultimate,000. Oxazepam. Nordiazepam. Temazepam 4. Diazepam PORE SIZE 0.4 µm. µm FUSED-CORE.0 µm ASCENTIS EXPRESS SPECIFICATIONS PRESSURE Ascentis Express F The F pentafluorophenylpropyl stationary phase provides a stable reversed phase packing with electron-deficient phenyl rings due to the presence of electronegative fluorines. In addition to forming pi-pi and mildly steric interactions, F phases also retain compounds by polar interactions. Ascentis Express F can be used for basic, acidic, or neutral compounds with alternate selectivity from C8. Ascentis Express OH TEMP LIMIT The OH stationary phase is a highly polar ligand that possesses hydroxyl groups tethered to the silica via novel proprietary linkage chemistry. The high performance material provides a UHPLC column that can be used for traditional normal phase separations using non-polar, totally organic mobile phases or for aqueous normal phase chromatography with the typical mobile phases for hydrophilic interactive liquid chromatography (HILIC) or basic, acidic, zwitterionic, or neutral compounds. Ascentis Express HILIC p H RANGE 90 Å 4,00 PSI 60 C 9 Yes ENDCAPPED The Ascentis Express HILIC or bare silica stationary phase provides a UHPLC column that can be used for traditional normal phase separations using non-polar, totally organic mobile phases or for aqueous normal phase chromatography with the typical reversedphase mobile phases for hydrophilic interactive liquid chromatography (HILIC) of basic, acidic, or neutral compounds

19 Imtakt Cadenza HPLC COLUMNS Imtakt Cadenza CD-C8 Unique ligand density provides excellent steric selectivity High efficiency µm OD column with low back-pressure Excellent for impurity testing or isomer separation Selectivity ideal for small molecule pharmaceutical testing or drugs of abuse HT and UP hardware able to operate in pressures up to 000 bar Isomer Separation Column: Imtakt Cadenza CD-C8 CD-0 7 x mm,.0 µm Mobile Phase: MeOH/water = /4 Steroid Separation. androstene-, 7 -dione. testosterone Flow Rate: Temp: 0 C 0. ml/min. α-hydroxyprogesterone Detection: UV, 70 nm Cadenza CD-C8 excels at separating structural isomers.. methylparaben. ethylparaben. isopropylparaben 4. propylparaben. isobutylparaben 6. butylparaben As shown in this separation example, when one compares the separation of paraben isomer structures such as propylparabens and butylparabens, Cadenza provides more plates and better resolution in half the column length. Cadenza CD-C8 offers quicker results and greater sensitivity under the same separation conditions used for a conventional column. Column: Mobile Phase: Flow Rate: Detection: 4. progesterone Imtakt Cadenza CD-C8 CD-0 7 x mm,.0 µm A: 0% methanol, B: methanol 0 0% B (0 0. min) 00% B (. min) 0. ml/min UV, 60 nm COLUMN ID GUARD HOLDER GUARD CARTRIDGE CADENZA CD-C8 µm PRESSURE LIMIT UP TO,000 PSI (,000 BAR) CADENZA CD-C8 - µm ORDERING INFORMATION 0 mm 0 mm 0 mm 0 mm 7 mm 00 mm 0 mm 0 mm.0 mm GCH0S GCCD0S CD0U CD0U CD0U CD04U CD0U CD06U CADENZA CD-C8 µm PRESSURE LIMIT UP TO 7,00 PSI (00 BAR).0 mm GCH0S GCCD0C CD0T CD0T CD0T CD04T CD0T CD06T. mm GCH0S GCCD0C CD07T CD07T CD07T CD074T CD07T CD076T.0 mm GCH0S GCCD0S CD00T CD09T CD0T CD0T CD0T CD04T CD0T CD06T.0 mm GCH0S GCCD0S CD00T CD09T CD0T CD0T CD0T CD04T CD0T CD06T 4.6 mm GCH0S GCCD0S CD000T CD009T CD00T CD00T CD00T CD004T CD00T CD006T CADENZA CD-C8 µ M PRESSURE LIMIT UP TO,000 PSI (0 BAR).0 mm GCH0S GCCD0C CD0 CD0 CD0 CD04 CD0 CD06. mm GCH0S GCCD0C CD07 CD07 CD07 CD074 CD07 CD076.0 mm GCH0S GCCD0S CD0 CD0 CD0 CD04 CD0 CD06.0 mm GCH0S GCCD0S CD0 CD0 CD0 CD04 CD0 CD mm GCH0S GCCD0S CD04 CD mm GCH0S GCCD0S CD00 CD00 CD00 CD004 CD00 CD mm GCH0S GCCD0S CD06 CD06 CD06 CD064 CD06 CD mm GCH0M GCCD0M CD0P CD0P CD0P CD0P4 CD0P CD0P6 0.0 mm GCH0M GCCD0M CD0Q CD0Q4 CD0Q CD0Q6 8.0 mm GCH0M GCCD0M CD0R6 FALL 0 product brochure 7

20 HPLC COLUMNSImtakt Intrada Intrada Amino Acids Separation Column The world s first specialty column for intact amino acid analysis via LC-MS LC-MS Analysis of amino acids No derivatization required Pure spherical silica / µm particles/ unique stationary phase designed for amino acid analysis Intrada Amino Acid high-throughput columns provide amazing speed, selectivity, and convenience. The next generation amino acid analysis method for clinical amino acid biomarkers, fermented materials, and botanical amino acids is here. Separation of Leucine (Da) isomers Amino Acids (standard samples) Intrada Amino Acid 0 x mm % B (0- min) 00% B ( min) 0.4 ml/min ( MPa) C, µl (0.N HCI) ESI (positive, m/z.0) A: MeOH/Water/Formic acid (8//0.) B: ACN/00mM Ammonium formate (0/80) Intrada Amino Acid 0 x mm 0% B (0. min) 0-7% B (. 6. min) 00% B (6. 0 min) 0.6 ml/min (6MPa) C, µl ( µmol/ml) ESI (SIM) A: ACN/THF/mM Ammonium formate/ Formic acid (9/7/6/0.) B: ACN/00mM Ammonium formate (0/80) Separation of GABA (0Da) isomers Intrada Amino Acid 00 x mm 0% B (0 min) 00% B ( min) 0.4 ml/min (4MPa) 7 C, µl (0.N HCI) ESI (positive, m/z 04.) A: ACN/Formic acid (00/0.) B: 00mM Ammonium formate Intrada Amino Acid columns separate amino acid isomers quickly by using an optimized column length, as in the example of aminobutyric acid isomers (0Da) and leucine isomers (Da) using 00-0mm length columns. INTRADA AMINO ACID COLUMN ID 0 mm 0 mm 0 mm 0 mm 7 mm 00 mm 0 mm 0 mm.0 mm WAA WAA WAA WAA4 WAA WAA6.0 mm WAA0 WAA9 WAA WAA WAA WAA4 WAA WAA6.0 mm WAA0 WAA9 WAA WAA WAA WAA4 WAA WAA

21 Imtakt Scherzo HPLC COLUMNS Scherzo C8 Family The Scherzo C8 Family (SS-C8, SM-C8, SW-C8), consists of not only ODS ligands, but also anion ligands and cation ligands. It also provides reversed-phase modes, both ion exchange modes, and normal phase mode. Separation Mode Stationary Phase Properties Reversed Phase Octadecyl Increasing organic solvent composition (decreasing polarity of eluent) decreases retention. ODS + Anion Ligand + Anion Exchange + Cation Exchange + Cation Anion Increasing ionic strength (salt or acid concentration) decreases retention for acidic compounds. Generally, low ph increases retention. Increasing salt concentration decreases retention for basic compounds. SM-C8 retains more with increasing ph, while SS-C8 and SW-C8 retain more at lower ph. Normal Phase Anion/Cation Polar solutes which cannot be retained with 00% aqueous eluent may be retained by using > 0% organic solvent composition due to electrostatic interaction. ODS + Cation Ligand Three kinds of ODS with different ion exchange capacities SCHERZO SS-C8 COLUMN ID 0 mm 0 mm 0 mm 0 mm 7 mm 00 mm 0 mm 0 mm 00 mm.0 mm SS0 SS0 SS0 SS04 SS0 SS06. mm SS07 SS07 SS07 SS074 SS07 SS076.0 mm SS00 SS09 SS0 SS0 SS0 SS04 SS0 SS06.0 mm SS00 SS09 SS0 SS0 SS0 SS04 SS0 SS mm SS000 SS009 SS00 SS00 SS00 SS004 SS00 SS006 SS mm SS06 SS06 SS06 SS064 SS06 SS mm SS0P SS0P SS0P SS0P4 SS0P SS0P6 SCHERZO SM-C8 COLUMN ID 0 mm 0 mm 0 mm 0 mm 7 mm 00 mm 0 mm 0 mm 00 mm.0 mm SM0 SM0 SM0 SM04 SM0 SM06. mm SM07 SM07 SM07 SM074 SM07 SM076.0 mm SM00 SM09 SM0 SM0 SM0 SM04 SM0 SM06.0 mm SM00 SM09 SM0 SM0 SM0 SM04 SM0 SM mm SM000 SM009 SM00 SM00 SM00 SM004 SM00 SM006 SM mm SM06 SM06 SM06 SM064 SM06 SM mm SM0P SM0P SM0P SM0P4 SM0P SM0P6 SCHERZO SW-C8 COLUMN ID 0 mm 0 mm 0 mm 0 mm 7 mm 00 mm 0 mm 0 mm 00 mm.0 mm SW0 SW0 SW0 SW04 SW0 SW06. mm SW07 SW07 SW07 SW074 SW07 SW076.0 mm SW00 SW09 SW0 SW0 SW0 SW04 SW0 SW06.0 mm SW00 SW09 SW0 SW0 SW0 SW04 SW0 SW mm SW000 SW009 SW00 SW00 SW00 SW004 SW00 SW006 S mm SW06 SW06 SW06 SW064 SW06 SW mm SW0P SW0P SW0P SW0P4 SW0P SW0P6 Scherzo SS-C8 Large amount of strong ionic ligands loaded onto this ODS column. Effective for improved retention of zwitterions or weak ionic compounds. Scherzo SM-C8 Weak ionic ligands adequately loaded onto this ODS column. Designed for separation of basic/ acidic compounds at neutral ph condition. Scherzo SW-C8 Low amount of strong ionic ligands loaded onto this ODS column. Effective for strong ionic compound elution or basic compounds with formic acid eluent. FALL 0 product brochure 9

22 HPLC COLUMNSTransgenomic CARBOSep Transgenomic CARBOSep Columns for Carbohydrate Analysis Ligand exchange is the preferred method for the separation of many sugars and sugar alcohols due to the simple water eluent. In ligand exchange, the negatively charged hydroxyl groups on the carbohydrate molecule interact with the positively charged metal loaded groups on the chromatography substrates. The carbohydrates are eluted by the polar water eluent mobile phase which competes for the sites on the metal ion. Besides the ligand exchange mechanism, several secondary mechanisms processes are also involved in the separation of the carbohydrates including size exclusion and normal phase partitioning. HPLC columns packed with low cross-linked polymers (gels) serve as the primary packings for carbohydrate analysis columns, and are available from a number of suppliers. In order to maximize the separation of a wide variety of samples, Transgenomic has developed the most complete line of carbohydrate analysis columns available on the market by combining ligand exchange (metals), size exclusion and partitioning (cross-linkage of polymer), particle size (column efficiency) and column size (speed versus resolution). FEATURES Stable at temperatures up to 9 ºC Consistent performance from column to column, and polymer batch to polymer batch The simplest and safest eluent of all water More choices of columns utilizing combinations of cross-linkage (porosity) particle size, metal ligands and column formats to maximize your separation NEW CARBOSep Column Applications Biomass Analysis One of the most important emerging areas of research is the development of alternative fuels. In response to the need for increased resolution and speed of analysis of key carbohydrate compounds generated during ethanol production, Transgenomic developed the CHO-78 column. The CHO-78 column rapidly separates key carbohydrates, such as arabinose and mannose without loss of resolution. Sugar Alcohols Analysis Many sugar alcohols need a strong ligand exchange metal such as lead to separate properly. The strong affinity for the lead metal can result in long analysis times. The CHO-88 column combines the mechanical strength of a higher crosslinked material, with the high efficiency of a smaller particle size, to separate a sugar alcohol sample effectively and rapidly. Separation of Sugars on Transgenomic s CHO-78 column Condition: H O with 0.6 ml/min at 70 ºC RI detection. cel. glu. xyl 4. gal. ara 6. man 4 6 Separation of Alcohols on Transgenomic s CHO-88 Column Condition: 0.8 ml or 0.6 ml/min with H O at 8 ºC RI detection Flow-rate: 0.8 ml/min. ery. man. xyl 4. sor Flow-rate: 0.6 ml/min Retention Time (minutes) Retention Time (minutes)

23 Transgenomic CARBOSep HPLC COLUMNS Durability Since polymers are chemically stable, as long as the columns are used within the operating parameters, they last a long time. The key to long column lifetime when using polymeric gels to keep the column at all times below the pressure maximum. Since temperature is a key component of pressure along with flow rate, it is extremely important to allow the column to reach temperature below starting the flow. The columns are also sensitive to water quality, so water purity is essential (minimum purity requirements 8MΩ). To reduce the column from being contaminated, sample preparation, as well as the use of guards and filters, extends column lifetime. In general, the higher the cross-linkage of the polymer and the larger the particle size, the greater the flow rate that can be used before reaching the maximum allowable pressure. TRANSGENOMIC CROSS- LINKAGE IONIC FORM CARBOSEP COLUMN COMPARISON CHART PARTICLE SIZE (µm) KEY SAMPLES COMMENTS CHO-4 4 Sodium 0 Oligosaccharides through DP0 Easier to regenerate than Ag+ form CHO-68 6 Lead 7 High resolution column, including sucrose/maltose/lactose Pressure sensitive, low flow rates CHO-6 6 Sodium 0 Oligosaccharides through DP CHO-6OH 6 Sodium 0 Fast analysis of simple sugars PAD detector compatible CHO-60 6 Calcium 0 Versatile analysis of corn syrup, sugars, sugar alcohols CHO-78 7 Lead 7 Biomass sugar analysis Flow rate limited CHO-88 8 Lead 7 Monosaccharides and cellulose products Higher speed, lower resolution than CHO68 CHO-88 Fast Analysis 8 Lead 7 Fast analysis of monosaccharides COREGel 87MM 8 Sodium/ Calcium 8 Fast analysis of sugar alcohols USP L9 8 Calcium 8 Mannitol and Sorbitol - USP approved CHO-80 8 Calcium 9 General sugar analysis Higher efficiency version of COREGel 87C COREGel 87C Fast Analysis 8 Calcium 9 Fast analysis of simple sugars COREGel 87C 8 Calcium 9 Industry standard for analysis of general sweeteners COREGel 87K 8 Potassium 9 Sugar samples such as brewing wort, betaine analysis Use with samples containing potassium COREGel 87N 8 Sodium 9 Molasses and other sugars high salt samples Easy to regenerate, low selectivity COREGel 87P 8 Lead 9 Monosaccharides and cellulose products Less resolution than CHO88, high flow rate Resolution and Cross-linkage Effect The lower the cross-linkage, the larger the pore size. For samples containing larger sugar polymers, the industry standard 8% cross-linked polymer may not adequately resolve your sample. COREGel-87C-8% Condition: 0.6 ml/min with H0 at 8 ºC, RI Detector CHO-60-6% XL Condition: 0. ml/min with H0 at 90 ºC, RI Detector DP4+. DP. mal 4. glu. gal 6. fru 7. man 8. sor DP+. DP4. DP 4. mal. glu 6. gal 7. fru 8. man 9. sor FALL 0 product brochure

24 HPLC COLUMNS Transgenomic CARBOSep Retention Chart Another useful tool in choosing the best column for your sample is the use of retention charts. Compounds with at least one minute difference in retention time should be adequately separated. However, the wide variety of carbohydrates precludes developing a comprehensive chart for all compounds. Also, by using different temperature and flow rates, the selectivity of the column can be altered to enhance the separation of the compounds. If your compound does not appear in a retention chart, or the ability of a column to separate your compounds is in question, please contact technical support. COMPOUND CHO-60 COREGel-87N RETENTION TABLE FOR CARBOSEP COLUMNS COREGel-87C & CHO-80 COREGel-87P & CHO-88 CHO-68 COREGel-87K Nitrate Maltoheptose Maltohexose Maltotpentose Amiprylose Stachyose Maltotetrose Melezitose Raffinose Maltotriose Cellobiose Trehalose Sucrose Maltose Melibiose Lactose Lactulose Glucose Lactitol Xylose Maltitol Galactose Sorbose Mannose Rhamnose Fructose Fucose Arabinose Myo-inositol Digitoxose Ribitol Tagatose Mannitol Arabitol Xylitol Galactitol Sorbitol Ribose All columns were tested using the recommended QC test conditions of flow rate and temperature

25 Transgenomic CARBOSep HPLC COLUMNS Tips on Maintaining the Performance of Transgenomic Columns The most important fact to remember when using Transgenomic columns is that the polystyrene-divinylbenzene copolymer is a low cross-linked material. This polymeric packing has a limited resistance to flow rate and pressure and will irreversibly compact and overpressure at a certain level. Unlike polymers, silica based materials are not flow rate sensitive and the relation between pressure and flow rate remains relatively constant. Therefore, the columns should be carefully monitored for pressure and should be operated within the recommended flow rates and pressure specifications. Use column ovens to serve the dual purpose of increasing efficiency and lowering back pressure. Set the pressure shut off for the analytical test system at or slightly below the recommended column pressure maximum to prevent irreversible damage. When installing, allow the column to warm up in the column oven for minutes, and then start the flow rate below your target flow rate. After minutes, increase the flow rate to the target flow rate and confirm that the column is operating at the expected back pressure. To increase the lifetime of your analytical column, we recommend the proper use of guard columns or cartridges. How frequently you change your guard column depends on pretreatment or sample purity. Filter and remove potentially harmful organics from the samples to decrease the need to change guard columns. Carefully monitor them for pressure increase and the chromatograms for changes in retention and efficiency to determine the approximate useful lifetime of the guard columns. CARBOSep CHO-4 Sodium Sodium form ligand-exchange column 4% cross linked styrene divinylbenzene polymer Oligosaccharide separation up to DP Reproducible corn syrup separation PART NO DESCRIPTION SIZE CHO CARBOSep CHO-4 Na Form Oligosaccharides 7.8 x 00 mm CHO-99-7 CARBOSep CHO-4 Guard Kit ( holder, /pk cartridges) CHO-99-7 CARBOSep CHO-4 Guard Cartridges (/pk) CHO-4 Sodium 0.4 ml/min with H0 at 8 ºC, RI Detector. DP0+. DP9. DP8 4. DP7. DP6 6. DP 7. DP4 8. DP 9. mal 0. glu CARBOSep CHO-6 Sodium Sodium form mixed-mode column Separates by both ligand exchange and size exclusion Designed for the separation of oligosaccharides up to DP Reproducible separation of corn syrup CHO-6 Sodium 0. ml/min with H0 at 90 ºC, RI Detector. DP. DP4. DP 4. mal. glu 4 PART NO DESCRIPTION SIZE CHO CARBOSep CHO-6 Na Form Corn Syrup 6. x 00 mm CHO-99- CARBOSep CHO-6 Guard Kit ( holder, /pk cartridges) CHO-99- CARBOSep CHO-6 Guard Cartridges (/pk) 0 FALL 0 product brochure

26 HPLC COLUMNS Transgenomic CARBOSep CARBOSep CHO-6 OH Na Sodium form ligand-exchange column 6% cross linked styrene divinylbenzene polymer Fast elution times, arabinose elutes in 6 minutes Compatible with amperometric detection Designed for use with Sodium Hydroxide CHO-6 OH Sodium 0. ml/min with H0 at 90 ºC, RI Detector. suc. glu. ara PART NO DESCRIPTION SIZE CHO CARBOSep CHO-6 OH Na Form Carbohydrate 6. x 0 mm CHO-99- CARBOSep CHO-6 Guard Kit ( holder, /pk cartridges) CHO-99- CARBOSep CHO-6 Guard Cartridges (/pk) 4 6 CARBOSep CHO-68 Lead Lead form ligand-exchange column 6% cross linked styrene divinylbenzene polymer Strong retention yields the best selectivity for complicated samples Excellent for research & identification PART NO DESCRIPTION SIZE CHO CARBOSep CHO-68 Pb Form Carbohydrate 7.8 x 00 mm CHO CARBOSep CHO-68 Pb Form Carbohydrate 7.8 x 00 mm CHO CARBOSep CHO-68 Pb Form Carbohydrate 7.8 x 0 mm CHO-99-4 COREGel CHO 68 Guard Kit ( holder, /pk cartridges) CHO-99-4 COREGel CHO 68 Guard Cartridges (/pk) CHO-68 Lead 0.4 ml/min with H0 at 80 ºC, RI Detector. suc. mal. glu 4. xyl. gal 6. ara 7. man CARBOSep CHO-60 Calcium Calcium form ligand-exchange column Transgenomic s most popular carbohydrate column 6% cross linked styrene divinylbenzene polymer Excellent selectivity for sugars and sugar alcohols Excellent reproducibility Fast elution times PART NO DESCRIPTION SIZE CHO CARBOSep CHO-60 Ca Form Carbohydrate 6. x 00 mm CHO-99-97W CHO-99- CHO-99- CARBOSep CHO-60 Ca Form Carbohydrate Waters Compatible CARBOSep CHO-60 Guard Kit ( holder, /pk cartridges) CARBOSep CHO-60 Guard Cartridges (/pk) 6. x 00 mm CHO-60 Calcium 0. ml/min with H0 at 90 ºC, RI Detector. sta. raf. suc 4. glu. gal 6. fru 7. man 8. sor

27 Transgenomic CARBOSep HPLC COLUMNS CARBOSep CHO-78 Lead Lead form ligand-exchange column 7% cross linked styrene divinylbenzene polymer Faster analysis times than with 6% cross linked resins yet still yields excellent selectivity Great for samples containing carbohydrates and sugar alcohols Created for BIOMASS sugar analysis (Alternative Fuel Industry) PART NO DESCRIPTION SIZE CHO CARBOSep CHO-78 Pb Form Carbo & Biomass Analysis 7.8 x 00 mm CHO-99-7 CHO-99-7 COREGel CHO-78 Guard Kit ( holder, /pk cartridges) COREGel CHO-78 Guard Cartridges (/pk) CHO-78 Lead 0.6 ml/min with H0 at 70 ºC, RI Detector. cel. glu. xyl 4. gal. ara 6. man CARBOSep CHO-80 Calcium Calcium form ligand-exchange column Designed with balance of resolution and ruggedness PART NO DESCRIPTION SIZE CHO CARBOSep CHO-80 Ca Form Carbohydrate 7.8 x 00 mm CHO CARBOSep CHO-80 Ca Form Carbohydrate 7.8 x 00 mm CHO-99- CARBOSep CHO-80 Guard Kit ( holder, /pk cartridges) CHO-99- CARBOSep CHO-80 Guard Cartridge (/pk) CHO-80 Calcium 0. ml/min with H0 at 90 ºC, RI Detector. raf. suc 7 6. glu 4 4. gal. fru 6. man 7. sor 0 0 CARBOSep USP L-9 Calcium USP L-9 Calcium 0. ml/min with H0 at 0 ºC, RI Detector Calcium form ligand-exchange column Complies with USP L-9 specifications for the separation of sorbitol and mannitol Can also separate a wide number of other carbohydrates. man. sor PART NO DESCRIPTION SIZE CHO CARBOSep USP L-9 Ca Form Mannitol/Sorbitol Analysis 4.0 x 0 mm CHO CARBOSep USP L-9 Guard Kit ( holder, /pk cartridges) CHO CARBOSep USP L-9 Guard Cartridge (/pk) 0 0 FALL 0 product brochure

28 HPLC COLUMNSTransgenomic CARBOSep CARBOSep CHO-88 Lead Lead form ligand-exchange column 8% cross linked styrene divinylbenzene polymer Fast elution times Good for simple samples containing carbohydrates and sugar alcohols Highest cross linked lead column for increased robustness Fast CHO-88 Lead 0. ml/min with H0 at 90 ºC, RI Detector. glu. xyl. ara 4. man 4 PART NO DESCRIPTION SIZE CHO CARBOSep Fast CHO-88 Pb Form Carbohydrate 7.8 x 0 mm CHO CARBOSep CHO-88 Pb Form Carbohydrate 7.8 x 00 mm CHO-99-7 COREGel CHO-88 Guard Kit ( holder, /pk cartridges) CHO-99-7 COREGel CHO-88 Guard Cartridges (/pk) CHO-88 Lead 0 0. ml/min with H0 at 80 ºC, RI Detector. glu. xyl. ara 4. man CARBOSep COREGel-87C Calcium form 9µm ligand exchange resin with 8% cross-linking Compatible replacement for the Bio-Rad Aminex HPX 87C Designed for the analysis of sugars and sugar alcohols PART NO DESCRIPTION SIZE CHO CARBOSep COREGel-87C Ca Form Fast Analysis Column 7.8 x 00 mm CHO CARBOSep COREGel-87C Ca Form 7.8 x 00 mm CHO CARBOSep COREGEL-87C Guard Kit ( holder, /pk cartridges) CHO CARBOSep COREGEL-87C Guard Cartridge (/pk) Fast COREGel-87C 0.6 ml/min with H0 at 8 ºC, RI Detector. mel. mal. glu 4. man. fru 6. rib COREGel-87C 0.6 ml/min with H0 at 8 ºC, RI Detector. mel. mal. glu 4. man. fru 6. rib

29 Transgenomic CARBOSep HPLC COLUMNS CARBOSep COREGel-87MM Mixed calcium/sodium form ligand-exchange column Increased efficiency of glucose, fructose, and sugar alcohols Easily cleaned with EDTACaNa PART NO DESCRIPTION SIZE CHO CARBOSep COREGel-87MM Ca/Na Form Carbohydrate 7.8 x 00 mm CHO-99-6 CARBOSep COREGel-87MM Guard Kit ( holder, /pk cartridges) CHO-99-6 CARBOSep COREGel-87MM Guard Cartridge (/pk) COREGel-87MM 0.6 ml/min with H0 at 8 ºC, RI Detector. DP4+. DP4. DP 4. mal. glu 6. gal 7. fru 8. man 9. sor CARBOSep COREGel-87K Potassium Potassium form 8µm ligand exchange resin with 8% cross-linking Compatible replacement for the Bio-Rad Aminex HPX 87K Target application corn syrup and molasses PART NO DESCRIPTION SIZE CHO CARBOSep COREGel-87K K Form Carbohydrate 7.8 x 00 mm CHO-99-6 CARBOSep Coregel-87K Guard Kit ( holder, /pk cartridges) CHO-99-6 CARBOSep Coregel-87K Guard Cartridge (/pk) COREGel-87K 0.6 ml/min with H0 at 8 ºC, RI Detector. raf. suc. bet 4. glu. fru CARBOSep COREGel-87N Sodium Sodium form 8µm ligand exchange resin with 8% cross-linking Compatible replacement for the Bio-Rad Aminex HPX 87N Designed for the fast separation of monosaccharides and sugar alcohols COREGel-87N 0.6 ml/min with H0 at 8 ºC, RI Detector. raf. suc. glu 4. fru 4 PART NO DESCRIPTION SIZE CHO CARBOSep COREGel-87N Na Form Carbohydrate 7.8 x 00 mm CHO-99-6 CARBOSep Coregel-87N Guard Kit ( holder, /pk cartridges) CHO-99-6 CARBOSep Coregel-87N Guard Cartridge (/pk) CARBOSep COREGel-87P Lead Lead form 8µm ligand exchange resin with 8% cross-linking Compatible replacement for the Bio-Rad Aminex HPX 87P Optimized for the analysis of cellulose hydrolysates PART NO DESCRIPTION SIZE CHO CARBOSep COREGel-87P Pb Form Carbohydrate 7.8 x 00 mm CHO CARBOSep COREGel-87P Guard Kit ( holder, /pk cartridges) CHO CARBOSep COREGel-87P Guard Cartridge (/pk) COREGel-87P.0 ml/min with H0 at 8 ºC, RI Detector. cel. glu. xylo 4. gal. ara 6. xyli 7. sor FALL 0 product brochure 7

30 HPLC COLUMNSTransgenomic ICSep Transgenomic ICSep Column for Organic Acid Analysis Stable in the ph range of 0 to 4 Stable at high temperatures up to 90º C Consistent performance through numerous sample injections (depending on sample preparation, instrument maintenance, and the use of guard systems) No need for gradients for sample analysis due to the use of simple dilute acid allowing the use of universal detectors such as refractive index (RI) detectors Eliminates the need for high cost solvents (including waste disposal) Eluent serves as a self regenerating cleaning solution and does not degrade the column Retention Chart Another useful tool in choosing the best column for your sample is the use of retention charts of many common organic acids. If your compound does not appear in a retention chart, or the ability of a column to separate your compounds is in question, please contact technical support. RETENTION TABLE FOR ICSEP COLUMNS COMPOUND ION00 ORH80 COREGEL 64H COREGEL 07H COREGEL 87H Malic Malonic cis-aconitic Adipic Formic Maleic Ascorbic Butyric Glycolic Glycoxilic Citric Tartaric Nicotinic 6.4 Propionic Succinic Oxalic Sorbic Acrylic Isobutyric.8.4 Lactic Shikimic Fumaric Glutaric Pyruvic Acetic Proponal Quinic Test Conditions:. mm H SO, 0 ºC, Flow Rate 0. ml/min, 00 ppm

31 Transgenomic ICSep HPLC COLUMNS Eluent Effect By controlling the true strength of the acidic eluent, the retention times of the compounds can be influenced. The stronger (more acidic) the eluent, the longer the retention times in relation to the pka. The eluent strength can be used by the analyst to enhance the separation of compounds. Separation of L-Ascorbic and D-Sorbitol species on Columns: 87H and 64H Separation of L-Ascorbic and D-Sorbitol on Coregel 87H at Different Temperatures 0.6 ml/min at 80 ºC, RI Detector. mm H SO 4 at 0.6 ml/min, RI Detector. L-Ascorbic Acid. D-Sorbitol 87H_mM 80 ºC. L-Ascorbic Acid. D-Sorbitol 87H_8.0mM 60 ºC 64H_.mM 0 ºC 64H_8.0mM ºC TECH TIP Temperature Effect Temperature is by far the most powerful tool used to influence relative retention of compounds on Transgenomic ion-exclusion columns. By manipulating temperature, in combination with eluent strength and column types (polymer cross-linkage), an analyst can greatly enhance species separation. ICSep COREGEL-87H PART NO DESCRIPTION SIZE ICE ICSep COREGEL-87H Column 7.8 x 00 mm ICE-99- ICSep COREGEL-87H Guard Kit ( holder, /pk cartridges) ICSep COREGEL-87H.0 ml/min with DDI H0 at ºC, RI Detector. cit. mal. suc 4. form 4 ICSep COREGEL-87H PART NO DESCRIPTION SIZE ICE ICSep COREGEL-87H Column 7.8 x 00 mm ICE ICSep COREGEL-87H Column 7.8 x 0 mm ICE ICSep COREGEL-87H Column 6. x 00 mm ICE-99-6 ICE-99-7 ICSep COREGEL-87H Guard Kit ( holder, /pk cartridges) ICSep COREGEL-87H Guard Cartridge (/pk) In general, the Coregel 87H is a good starting point when considering a Transgenomic organic acids analysis column since it combines good resolution of many common organic acids, with high durability. However, the many combinations of polymer cross-linkage, particle size and column sizes offered by Transgenomic allow customers to choose a column with features most important to maximize their separation needs. ICSep COREGEL-87H 0.6 ml/min with N H SO 4 at ºC, UV 0 Detector. oxal. cit. tar 4. mal. suc 6. form 7. fum FALL 0 product brochure 9

32 HPLC COLUMNSTransgenomic ICSep ICSep ION-00 Select when high resolution is the primary concern Separates organic acids, alcohols and carbohydrates all on the same column PART NO DESCRIPTION SIZE ICE ICSep ION-00 Column 7.8 x 00 mm ICE-99-8 ICSep GC-ION00 Guard Kit ( holder, /pk cartridges) ICE ICSep GC-ION00 Guard Cartridge (/pk) ICSep ION ml/min with N H SO 4 at 70 ºC, RI Detector cit. tar. glu 4. mal. fru 9 6. lac 7. gly 8. ace 9. MeOH 0. EtOH ICSep COREGEL-07H New higher cross-linked column Improved resolution for organic acids PART NO DESCRIPTION SIZE ICE ICSep COREGEL-07H Column 7.8 x 00 mm ICE-99-6 ICSep GC-07H Guard Kit ( holder, /pk cartridges) ICE ICSep COREGEL-07H Guard Cartridge (/pk) ICSep COREGEL-07H 0.6 ml/min with N H SO 4 at ºC, UV at 0. cit. alp. fum 4. ace 0 4 ICSep ORH-80 Provides good balance of high efficiency and ruggedness Versatile column for organic acids, alcohols and carbohydrates PART NO DESCRIPTION SIZE ICE ICSep ORH-80 Column 6. x 00 mm ICE ICSep ORH-80FA (Fast Analysis) Column 7.8 x 00 mm ICE-99-4 ICSep GC-80 Guard Kit ( holder, /pk cartridges) ICE ICSep GC-80 Guard Cartridge (/pk) ICSep ORH ml/min with 0.0 N H SO 4 at ºC, RI Detector oxal. lac. cisaco. tar 4. mal form 7. fum 8. prop 9. but ICSep WA- Wine Analysis Column PART NO DESCRIPTION SIZE ICE ICSep WA- Wine Analysis Column 7.8 x 00 mm ICE-99-0 ICSep WA- Wine Guard Kit ( holder, /pk cartridges) ICE-99-0 ICSep WA- Wine Guard Cartridge (/pk) ICSep WA- Wine Analysis 0.6 ml/min with 0.00 N H SO 4 at 4 ºC, RI Detector 4. cit 7. lac tar 8. gly. glu 9. ace 4. mal 0.,-but 0. fru. impurity 6. suc. eth

33 Transgenomic ICSep HPLC COLUMNS ICSep ION-0 Designed for fast analysis of organic acids and alcohols Ideal for the analysis of borate and bicarbonate PART NO DESCRIPTION SIZE ICE ICSep ION-0 Column 6. x 0 mm ICE-99-7 ICSep GC-0 Guard Kit ( holder, /pk cartridges) ICE ICSep GC-0 Guard Cartridge (/pk) ICSep ION ml/min with 0.0 N H SO 4 at 0 ºC, RI Detector. suc. glu. gly 4. ace. EtOH ICSep ARH-60 Designed for the separation of aromatic organic acids Uses aqueous mobile phases PART NO DESCRIPTION SIZE ICE-99-7 ICSep ARH-60 Column 6. x 00 mm ICE-99- ICSep GC-60 Guard Kit ( holder, /pk cartridges) ICE-99-6 ICSep GC-60 Guard Cartridge (/pk) ICSep ARH ml/min with 0.0 N H SO 4 at 4 ºC, RI Detector oxa. cit. shi 4. fum. but 6. hpc 0 7. gal 8. pc 9. gen 0. phba. ben. sal 0 0 ICSep COREGEL-64H Provides good balance of high efficiency and ruggedness Versatile column for organic acids, alcohols and carbohydrates PART NO DESCRIPTION SIZE ICE ICSep COREGEL-64H Column 7.8 x 00 mm ICE ICSep COREGEL-64H Guard Kit ( holder, /pk cartridges) ICE ICSep COREGEL-64H Guard Cartridge (/pk) ICSep COREGEL-64H 0.6 ml/min with N H SO 4 at ºC, UV 0. oxal. cit. tar 4. mal. asco 6. suc 7. form 8. fum ICSep COREGEL USP L-7 Hydrogen form ion-exclusion column Complies with USP L-7 specifications for the separation of citric, lactic, and acetic acid Can also separate a wide number of other organic acids PART NO DESCRIPTION SIZE ICE ICSep COREGEL USP L-7 Column 4. x 0 mm ICE-99- ICE-99-6 CARBOSep USP L-7 Guard Kit ( holder, /pk cartridges) CARBOSep USP L-7 Guard Cartridge (/pk) ICSep COREGEL USP L-7 0. ml/min with DDI H O at 60 ºC, RI Detector. cit. lac. ace. 7. FALL 0 product brochure

34 VIALSReduced Surface Activity Vials MicroSolv RSA Glass Autosampler Vials Is your data at risk due to the reactivity of your autosampler vial? Are you concerned with basic and polar analytes adsorbing to your glass vials?...try the MicroSolv Reduced Surface Activity Glass Autosampler Vials...Now Available through! Detect low abundance analytes normally adsorbed by glass Limits ph changes in vials before injection even hours later Prevents sample hydrolysis that can occur in your vials RSA glass has virtually no metals compared to MS Certified Glass Vials No meniscus when water is used as the main solvent Not Coated or Silanized Upgrade from your MS Certified Vial to the Reduced Surface Activity Vials Not Coated TECH TIP Who should use RSA Vials? Pharmaceutical Labs: Low dosage Pharma or Generics Environmental Labs: Low abundance analyte concentrations LCMS Users Regulated Customers RSA Glass Wide Mouth Screw Thread Vials & Closures (9 mm) ml W/GRADUATED MARKING. ml RECOVERY. ml MAX RECOVERY MRQ 00 µl W/ FUSED INSERT PRE-ASSEMBLED CLOSURE SEPTA CLEAR AMBER CLEAR CLEAR CLEAR CAP & SEPTA CONVENIENCE PACK (CP) INCLUDES VIAL & STANDARD PRE-ASSEMBLED CAP & SEPTA (00/PK) PTFE/Silicone (CTC-09-AQ) CP-09GS-RS CP-09GSA-RS CPH-09-RS CPD-09-RS CP-09-0-RS CTC-09-AQ PTFE/Silicone w/slit (CTC-09-AQ) CP-09GS-RS CP-09GSA-RS CPH-09-RS CPD-09-RS CP-09-0-RS CTC-09-AQ VIAL ONLY (CTV) (00/PK) N/A CTV-09GS-RS CTV-09GSA-RS CTH-0900-RS CTD-0900-RS CTV-090-RS RSA Glass Snap/Crimp Seal Vials & Closures ml W/GRADUATED MARKING. ml RECOVERY. ml MAX RECOVERY MRQ 00 µl W/ FUSED INSERT PRE-ASSEMBLED CLOSURE SEPTA CLEAR AMBER CLEAR CLEAR CLEAR CAP & SEPTA CONVENIENCE PACK (CP) INCLUDES VIAL & STANDARD PRE-ASSEMBLED CAP & SEPTA (00/PK) PTFE/Silicone (CTC-0B-MS) CP-80GS-RS CP-80GSA-RS CPH-80-RS CPD-80-RS CP-80-0-RS CTC-0B-MS PTFE/Silicone w/slit (CTC-70B-MS) CP-870GS-RS CP-870GSA-RS CPH-870-RS CPD-870-RS CP RS CTC-70B-MS VIAL ONLY (CTV) (00/PK) N/A CTV-800GS-RS CTV-800GSA-RS CTH-800-RS CTD-800-RS CTV-80-RS

35 Reduced Surface Activity Vials VIALS Compare RSA Vials to Your Vials The data table below illustrates the power and usefulness of RSA glass vials for chromatography. The data colored green in the chart shows how typical glass vials on the market today will adsorb basic compounds. When your analytes are in low abundance, ordinary glass vials can greatly skew your data. Vials made with RSA glass will provide more reliable data and not skew it. Methodology Synopsis & Analysis: a test solution was placed in sets of vials name (N, N & N) from each of the brands listed. The starting concentration of the test compounds was µg/ml. After standing in the vials for four hours, the final concentration of the analyte, as determined by HPLC, is reported for each group. The percent loss was calculated and is reports (% Loss) as well. The difference in the results between RSA glass vials and the others is one indication of the benefits of using RSA glass A second illustration of the benefits of RSA glass vials, is shown below and is colored red. This data shows leading vials on the market today may change the ph of your samples due to their surface chemistry where RSA glass does not. Methodology Synopsis & Analysis: DI water (ph.4) was placed in the same brands of vials as previously stated and several ph data points were taken at the start and randomly during a 4 hour test period. The data reported below in red is the ending ph readings from this Test. This simple test and other more extensive tests have shown the RSA glass vials do not cause any changes in the ph of the sample solutions during the test period. Market leading vials can cause changes by more than. ph units. Adsorption & ph Change Comparison to Market Leaders N N N AVG % LOSS ph Starting Points RSA Glass MicroSolv Brand Basik Vials Brand F Brand N Green = Sample Adsorption Test Red = ph Change Test STARTING POINTS: Adsorption Test; µg/ml Chlorhexidene in water; ph Test; DI Water ph.4. RSA GLASS VIALS: Reduced Surface Activity Glass Vials. MICROSOLV BRAND VIALS: our leading line of autosampler vials and inserts on the market today. Made with pharmaceutical grade glass. Basik BRAND VIALS: our popular brand of economy autosampler vials for when quality issues are mostly limited to fit and form. BRAND F : a leading brand of autosampler vials resold by many laboratory supply dealers. BRAND N : is the leading brand of autosampler vials sold through dealers and private labeled by some of the largest instrument companies. Vials and inserts manufactured with RSA Glass have reduced surface activity due to the elimination of the layer of silica that results when vials are normally manufactured and many of the surface metals that contaminate analysis and have detrimental effects on your results. When using ordinary borosilicate glass autosampler vials and inserts, sample diluents (such as water) can deprotonate the many hydroxyl groups on the wall of your vial which produces a negative charge on the glass. The acidic functionality of these silanols has been known to cause adsorption of basic compounds, change the ph of the sample solution and/or hydrolyze some susceptible compounds making them undetectable. The surface metal contaminants can cause precipitation, chelation or other changes in your samples while in the vial. With RSA Glass vials and inserts there is virtually no loss to the vial, no ph shifting or other problems thus making your analysis more reliable, lot to lot, run to run and day to day. Avoid frustration of unreliable data. RSA autosampler vials and glass inserts are manufactured without using any coating of any type making them an excellent choice for LC, LCMS, GC and GCMS compared to coated vials for many applications. FALL 0 product brochure

36 VIALS 9 mm Wide Mouth Screw Thread Glass Wide Mouth Vials & Closures (9 mm) ml ml W/GRADUATED MARKING SEPTA CLEAR AMBER CLEAR AMBER CONVENIENCE PACK (CP) INCLUDES VIAL & STANDARD PRE-ASSEMBLED CAP & SEPTA (00/PK) PTFE/Silicone (CTC-09) CP-09 CP-09A CP-09GS CP-09GSA PTFE/Silicone w/slit (CTC-09) CP-09 CP-09A CP-09GS CP-09GSA PTFE/Silicone/PTFE (CTC-097) CP-097 CP-097A CP-097GS CP-097GSA PTFE/Rubber (CTC-096) CP-096 CP-096A CP-096GS CP-096GSA CHROM TECH VIAL ONLY (CTV) (00/PK) N/A CTV-09 CTV-09A CTV-09GS CTV-09GSA TECH TIP To denote a color other than the standard color, add the letter below to the end of the part number: B=blue, G=green, R=red, Y=yellow, N=natural SEPTA PRE-ASSEMBLED CLOSURE (CAP & SEPTA) BLACK CAP & SEPTA BLUE BONDED CAP & SEPTA PTFE/Silicone CTC-09 CTC-09-BOND PTFE/Silicone w/slit CTC-09 CTC-09-BOND PTFE/Silicone/PTFE CTC-097 CTC-097-BOND PTFE/Rubber Viton CTC-096 CTC-090M Glass Wide Mouth Limited Volume Vials & Closures (9 mm) 00 µl W/FUSED INSERT. ml RECOVERY VIAL. ml MAX RECOVERY SEPTA CLEAR AMBER CLEAR AMBER CLEAR CONVENIENCE PACK (CP) INCLUDES VIAL & BONDED PRE-ASSEMBLED CAP & SEPTA (00/PK) PTFE/Silicone (CTC-09-BOND) CP-09-0 CP-09A-0 CPH-09 CPH-09A CPD-09 PTFE/Silicone w/slit (CTC-09-BOND) CP-09-0 CP-09A-0 CPH-09 CPH-09A CPD-09 PTFE/Silicone/PTFE (CTC-097-BOND) CP CP-097A-0 CPH-097 TECH TIP All glass vials available as deactivated, contact for a quote. Polymeric Wide Mouth Limited Volume Vials (9 mm) POLYMERIC LIMITED VOLUME VIAL ONLY (00/PK) PART NO CTV-090P CTV-090T CTV-090P CTV-090P CTV-0970P CTH-0900P VOLUME 00 µl 00 µl 00 µl 00 µl 700 µl. ml MATERIAL PP TPX PP PP PP PP TECH TIP The polypropylene provides added safety by eliminating vial breakage. Now available in Black Polypropylene for light sensitive samples. To denote black, add BL to the end of the part number. 4 Mass Spec Quality Wide Mouth Vials & Closures (9 mm) VIRGIN PP VIAL ml ph NEUTRAL GLASS VIAL SEPTA 00 µl 700 µl CLEAR AMBER PTFE/Silicone CP-09-0PMSQ CP-09-07PMSQ CP-09-MSQ CP-09A-MSQ PTFE/Silicone w/slit CP-09-0PMSQ CP-09-07PMSQ CP-09-MSQ CP-09A-MSQ MS Virgin Polypropylene Vials MSQ Septa (used with PP and glass vials) No Clarifier No Mold Release No Antioxidants No Adhesives No Pigments Septa locks into retainer ring in cap to stay in place

37 mm Snap Seal and Snap Ring /Crimp Top VIALS Glass Snap Seal Vials ( mm) VIAL ONLY (00/PK) ml ml W/GRADUATED MARKING 00 µl MICRO (/PK) 00 µl W/FUSED INSERT. ml HIGH RECOVERY. ml MAX RECOVERY CLEAR AMBER CLEAR AMBER CLEAR CLEAR AMBER CLEAR CLEAR CTV-08 CTV-08A CTV-08GS CTV-08GSA CTV-80 CTV-80 CTV-80A CTH-800 CTD-800 Snap Ring /Crimp Top Vials ( mm) SNAP RING/CRIMP TOP VIAL ONLY (00/PK) PART NO CTV-0 CTV-04 CTV-04T CTV-0 CTV-0 CTV-06 CTV- CTV-08P VOLUME ml 00 µl 00 µl 0 µl 00 µl 00 µl 700 µl. ml MATERIAL Glass PP TPX PP PE PP PP PP PP = Polypropylene TPX= Polymethylpentene (more transparent than PP) PE = Polyethylene mm Snap Top Closures Vial Inserts for Wide Mouth Vials mm SNAP TOP CLOSURES (00/PK) SEPTA CLEAR BLUE GREEN RED YELLOW POLYPROPYLENE GC CAP* 0 mil PE (000/pk) CTC-00M 0 mil PE w/starburst CTC-0 0 mil PTFE CTC-06 CTC-06B CTC-06G CTC-06R CTC-06Y CTC-06P PTFE/Rubber CTC-08 CTC-08B CTC-08G CTC-08R CTC-08Y PTFE/Silicone CTC-0 CTC-0B CTC-0G CTC-0R CTC-0Y CTC-0P PTFE/Silicone w/starburst CTC-8 PTFE/Silicone w/slit CTC-70 CTC-70B CTC-70G CTC-70P PTFE/Silicone/PTFE CTC-07 CTC-07B CTC-07G CTC-07R CTC-07Y CTC-07P PTFE/Silicone/PTFE w/starburst CTC-80 Viton (000/pk) CTC-0 *GC Snap Top Caps were developed to handle the most volatile samples, providing a liquid airtight seal to the vial. Simply snap on the cap and an evaporation-proof seal of a crimp cap is achieved. INSERTS FOR 9 MM SCREW THREAD, SNAP SEAL, SNAP RING & WIDE MOUTH CRIMP VIALS (00/PK) PART NO CTI-940 TS-40 CTI-940 CTI-94 CTI VOLUME 0 µl 00 µl 00 µl 0 µl 0 µl 00 µl COLOR Clear Clear Clear Clear Natural Clear MATERIAL Glass Glass Glass Glass Polypropylene Glass Mandrel Point 6 mm 0 mm TECH TIP These inserts are designed to fit the following wide mouth vials: 9 mm Screw Thread Snap Seal Snap Ring Wide Mouth Crimp FALL 0 product brochure

38 VIALS mm Crimp Top Glass Wide Mouth Crimp Top Vials ( mm) VIAL ONLY (00/PK) ml ml W/GRADUATED MARKING 00 µl MICRO (/PK) 00 µl W/FUSED INSERT. ml HIGH RECOVERY CLEAR AMBER CLEAR AMBER CLEAR CLEAR AMBER CLEAR CTV-04 CTV-04A CTV-04GS CTV-04GSA CTV-980 CTV-00 CTV-0 CTH-400 Uses inserts for wide mouth vials, see page mm Crimp Cap Closures (fits standard and wide mouth crimp top vials) mm CRIMP CAPS (00/PK) SEPTA SILVER BLUE GREEN RED GOLD POLY CRIMP * PTFE/Natural Rubber CTC-08 (000/pk) PTFE/Silicone 0 0 PTFE/Silicone/PTFE mil PP 0 0 mil PTFE 0 *The Poly Crimp is made out of plastic that fits crimp top vials Glass Standard Opening Crimp Top Vials ( mm) VIAL ONLY (00/PK) ml ml W/GRADUATED MARKING CLEAR AMBER CLEAR AMBER CTV-00 CTV-00M (000/pk) CTV-00A CTV-00GS CTV-00GSA Vial Inserts for Standard Opening Vials INSERTS FOR STANDARD OPENING VIALS (00/PK) mm mm PART NO CTI-40 CTI CTI-40 CTI-0 CTI-0 06 VOLUME 0 µl 00 µl 00 µl 00 µl 00 µl 00 µl 00 µl COLOR Clear Clear Clear Clear Natural Natural Clear MATERIAL Glass Glass Glass Glass Polypropylene Polypropylene Glass

39 Headspace VIALS Glass Crimp Caps Headspace Vials (0 mm) 7 mm 46 mm 8 mm mm mm mm 0 ml 0 ml 6 ml VIAL ONLY (00/PK) CLEAR AMBER CLEAR AMBER CLEAR Agilent Certified Flat Bottom Agilent Certified Round Bottom Flat Bottom CTV-7 CTV-7A CTV-46 CTV-8 Round Bottom CTV-7R CTV-46R 0 mm Aluminum Crimp Top Closures SEPTA AGILENT AGILENT SAFETY ALUMINUM 0 mm CRIMP CLOSURES (00/PK) CHROM TECH CHROM TECH PRESSURE RELEASED LINED SEALS Cap w/ptfe/silicone P 80M Cap w/ptfe/butyl M Cap Only, NO Septa Septa Only: PTFE/Butyl Septa Only: PTFE/Silicone CHROM TECH MAGNETIC LINED SEALS Glass Screw Thread Vials for CombiPal Headspace (8 mm) 7 mm 46 mm mm mm 0 ml 0 ml VIAL ONLY (00/pk) CLEAR AMBER CLEAR AMBER Agilent Certified Round Bottom Round Bottom* CTV-7T CTV-7AT CTV-46T CTV-46AT *00/pk, sold,000/cs CombiPal 8 mm Screw Top Closures SEPTA C ombipal 8 MM SCREW TOP CLOSURES AGILENT MAGNETIC ALUMINUM CHROM TECH MAGNETIC LINED SEALS PTFE/Silicone (00/pk) CTC-8M (,000/pk) FALL 0 product brochure 7

40 VIALSCrimpers & Decappers Agilent Crimpers and Decappers More vials crimped per charge new lithium ion battery lasts three times longer Less hand strain lighter weight means less effort Improved power signal clearly shows when battery needs recharging Easily used in right or left hand display on top for easier viewing More efficient charging no overheating during recharging Extended productivity significantly longer motor life Adjustable, slim steel jaws fit around closely spaced vials, enabling you to crimp vials directly in crowded autosampler trays. using the same handheld design as the crimpers, Agilent s electronic decappers remove caps instantly and are designed for laboratories that recycle or reuse vials ORDERING INFORMATION PART NO DESCRIPTION mm electronic crimper with lithium battery mm electronic crimper with lithium battery mm electronic decapper with lithium battery mm electronic decapper with lithium battery 90-9 Replacement lithium battery for crimper and decapper High Power Electronic Crimping Tool with Power Supply mm Crimper Jaw Set for HP Electronic Crimper mm Decapper Jaw Set for HP Electronic Crimp tool mm Crimper Jaw Set mm Decapper Jaw Set Base for Electronic Crimping Tool mm HP Crimping Tool and Jaw Sets Bundle Wheaton Crimpers and Decappers Lightweight and ergonomic design Smoother operation improves crimps Tapered for easier vial access Adjustable stop Ability to adjust the tightness of the seal while ensuring consistent crimping ORDERING INFORMATION PART NO DESCRIPTION WHEATON EZ CRIMPER W00 EZ Crimper, 8 mm seals W0 EZ Crimper, mm seals W0 EZ Crimper, mm seals W0 EZ Crimper, 0 mm seals HAND OPERATED DECAPPERS W0 Hand operated decapper, 8 mm seals W Hand operated decapper, mm seals W Hand operated decapper, mm seals W Hand operated decapper, 0 mm seals

41 Semi-Automatic Heat Sealer 96 WELL PLATES & ACCESSORIES MiniSeal II Semi-Automatic Plate Heat Sealer Seal SBS format micro well plates and tubes Seal time from seconds Safe, simple slide operation No compressed air required For use with raised rim plate Plate Adaptors Stacks on top of unit when not in use Front Panel Control Screen Adjusts Seal Temperature Adjusts Seal Duration The MiniSeal II process is started by setting the plate and the thermal seal in the drawer and pushing it fully into the unit. Once the drawer is pushed in, it will auto latch and display a sealing message, you may now release your grip on the handle. When the seal has finished, the drawer will automatically open, presenting the sealed plate for removal. Sealing times for most polypropylene plates with Porvair seals are less than seconds each. With a small footprint and weighing just 4 lbs, this electrically driven sealer is ideal for small bench spaces. MiniSeal II comes complete with plate adaptors for standard SBS microplates, deep well microplates and PCR plates. The unused adaptors are designed to stack on top of the unit when not in use. Also included is a brass plate weight to keep your foils and seals flat during sealing. Compatibility Copes effortlessly with PCR, filter-bottomed, assay and deep well plates, even if the plate itself is distorted or bowed. PART NO MINISEAL II SEMI-AUTOMATIC SINGLE PLATE HEAT SEALER DESCRIPTION MiniSeal II semi-automatic single plate heat sealer 0V / 0V Supplied complete with two plate adaptor blocks, plate weight and line cord Skirtless plate adapter 96-well Plate adapter flat top 84 PCR plate MINISEAL II SPECIFICATIONS POWER HEATERS WEIGHT DIMENSIONS 0/6 VAC 0/60 Hz 4 x 00 W 4 lbs 7"w x "d x "h PLATE HEIGHT MAX TEMP CYCLE TIME 9 4 mm 00 C 0 sec (based on sec seal) Porvair Heat Seals and Foils All Porvair heat seals have a sealing integrity range of -80 C to +0 C, are resistant to DMSO and TFA as well as most other solvents and will seal Polypropylene plates. For Polystyrene plates, please only use Clear Seal. Heat Seals and foils to be used with raised rim plates and Porvair MiniSeal II. PORVAIR HEAT SEALS PART NO MATERIAL PEELABLE/PIERCABLE QTY µm polyester/aluminum laminate sealing foil, Red Peelable 00/pk 97 0 µm PP/PS lacquered aluminum foil, Green Piercable 00/pk 97 8 µm lacquered aluminum foil, Blue Peelable & Pierceable 00/pk µm thick aluminum foil for long term storage Storage 00/pk µm Sealing film optically clear Piercable 00/pk µm Sealing film optically clear Peelable 00/pk FALL 0 product brochure 9

42 96 WELL PLATES & ACCESSORIES Plates 96-Well Multi-Tier Micro Plate System (Patented) Standard 8 x (96-well) footprint with an alphanumeric grid. Compatible with autosampler and robotic systems. Choice of glass vials with conical or flat bottoms in five sizes: 0. ml,.0 ml,. ml,.0 ml and. ml Base Plate has open bottom to allow uniform transfer of heat or cold. Secure fit of the vials in the base plate permit use with shaker and vortex mixers during sample preparations. Many assays require heating or cooling of the vials to simulate in vitro conditions or for temperature sensitive experiments. The heating or cooling is usually done with liquids or gases. The bottom design allows our base plate to be immersed in heating or cooling fluids to allow total fluid contact with the vials. This permits a uniform transfer of heat or cold to and from the vials. Our plates do not float in the bath. Constructed of chemically resistant Topas (COC Cyclic Olefin Copolymers) material. Plates manufactured in Topas (COC Cyclic Olefin Copolymers) have excellent clarity and heat/chemical resistance. The plates can be autoclaved and sterilized. COMPLETE MTP SYSTEM INCLUDES: 96-Well Base Plate Choice of glass conical and flat bottom vials in five sizes: 0. ml,.0 ml,. ml,.0 ml and. ml Collar for.0 ml,. ml and. ml Plates Cover PTFE/Silicone/PTFE Liner MULTI-TIER MICRO PLATE SYSTEM (TOPAS) PART NO DESCRIPTION VOLUME QTY 96M-040T Glass Conical 0. ml Plate 96M-0400T Glass Conical.0 ml Plate 96M-040T Glass Conical. ml Plate 96M-0400T Glass Conical.0 ml Plate 96M-040PT Polypropylene Conical 0. ml Plate 96M-0400PT Polypropylene Conical.0 ml Plate 96M-040PT Polypropylene Conical. ml Plate 96M-0400PT Polypropylene Conical.0 ml Plate 96M-040FT Glass Flat Bottom 0. ml Plate 96M-0400FT Glass Flat Bottom.0 ml Plate 96M-040FT Glass Flat Bottom. ml Plate 96M-0400FT Glass Flat Bottom.0 ml Plate *Assembled Micro Plates are available with any combination of vials and liners. Please contact for more information

43 Plates 96 WELL PLATES & ACCESSORIES Custom 96-Well Micro Plate System. Select Plate System Multi-Tier Topas System 96-WELL MULTI-TIER MICRO PLATE TOPAS SYSTEM PART NO DESCRIPTION QTY 96M-T 96-Well Base Plate Piece 96M-T Collar for Plate System Piece 96M-0T Cover for Plate System Pieces *.0 ml Insert requires Collar & Base Plate. ml Insert requires Collars & Base Plate.0 ml Insert requires Collars & Base Plate Requires: Base Plate Insert Collar(s)* based on Insert Volume Liner Cover Aluminum System ALUMINUM BASE PLATE SYSTEM PART NO DESCRIPTION QTY 96AL- Solid Aluminum, Base Plate w/tapped holes in each corner Plate 96AL-4 Vented Aluminum, Base Plate Plate 96AL-0 Aluminum Cover for Base Plate (required to keep inserts in place) Piece 96-0SC Stainless Steel Screws for 0. ml 4 Pieces 96-0SC Stainless Steel Screws for.0 ml 4 Pieces 96-SC Stainless Steel Screws for. ml 4 Pieces 96-0SC Stainless Steel Screws for.0 ml 4 Pieces Vented Bottom and Solid Bottom (shown right) Base Plate design assures uniform heating and cooling of samples. Requires: Vented or Solid Base Plate Insert Screws based on Insert Volume Liner Cover. Select Insert (pre-loaded in plate loader) GLASS VIALS IN PLATE LOADER FLAT BOTTOM CONICAL ROUND BOTTOM VOLUME QTY 96I-040F 96I ml 96 96I-0400F 96I I-0400R.0 ml 96 96I-040F 96I I-040R. ml 96 96I-0400F 96I I-0400R.0 ml 96 TECH TIP Flat bottom is most economical. Contact for case pricing.. Select Liner MOLDED 96 PLUG LINER PART NO DESCRIPTION QTY 96M-6 Molded PTFE/Silicone Liner, 96 Plugs 96M-6 Prescored Molded PTFE/Silicone Liner, 96 Plugs 96M-7 Molded Silicone Liner, 96 Plugs 96M-7 Prescored Molded Silicone Liner, 96 Plugs FALL 0 product brochure 4

44 96 WELL PLATES & ACCESSORIES Plates 96-Well Plates Plate+ Glass Coated Microplates Polypropylene plates coated with a 00 nm thick layer of silicone dioxide Plate+ provides microplates with a chemical resistance similar to glass while retaining the advantages of polypropylene Eliminates the need to use glass limited volume inserts with plastic microplates Excellent for pharmaceutical applications where polystyrene or polypropylene microplates are not applicable Plate+ is chemically and thermally resistant, will tolerate temperatures from -80 C to 80 C /PK PART NO WELL FORMAT WELL DESIGN TOTAL WELL VOLUME WORKING VOLUME Well Microplate U 00 µl 0 µl Well Microplate V 0 µl 90 µl Well Microplate Flat 70 µl 00 µl Deep Well Microplate U. ml.0 ml Deep Well Microplate Flat.4 ml.0 ml Mass Spec Polypropylene Plates Virgin Polypropylene Tested for Low Extractables CHROM TECH MS 96-WELL POLYPROPYLENE, RAISED RIM PLATES* PART NO DESCRIPTION QTY ml Square Well, Pyramid bottom 0/cs ml Round Well, Round bottom 0/cs ml Round Well, Round bottom 0/cs *Raised rim plates can be used with thermal heat seals Polypropylene Plates CHROM TECH 96-WELL POLYPROPYLENE, NO RIM, FLAT PART NO DESCRIPTION QTY ml Square Well, Round bottom 0/cs ml Round Well, Round bottom 0/cs Friction Seals, Pierceable Cap Mats FRICTION SEALS, PIERCEABLE CAP MATS PART NO DESCRIPTION QTY Pierceable cap mat for ml square 0/pk 96M-0 96 Round Sealing Silicone Mat, 7mm 0/pk 96M

45 Sealing Films 96 WELL PLATES & ACCESSORIES 96-Well Pattern Sealing Films EZ-Pierce Sealing Films Easily pierceable with pipet tips or robotic probes. Functional temperature range -40 C to 90 C. Economic sealing film, adhesive covers wells. Easily pierceable, 70 µm thick, polyethylene with acrylic adhesive, EZ-Pierce sealing films allow direct sample recovery with single or multichannel pipettors and robotic probes. EZ-Pierce Sealing Films X-Pierce Precut Pierceable Sealing Films for Automation Protect samples and limits evaporation, short term. Special hairline X-cuts and thin adhesive prevent fouling or occlusion of probes and tips. Functional temperatures range -40 C to 90 C. Sealing film reseals for continued sample protection after sampling. X-Pierce sealing films are 89 µm thick vinyl with a 8 µm thick adhesive layer, designed for temporary protection from contamination and evaporation for samples in 96-well plates. For long-term sample protection after sampling, a continuous sealing film should be applied as a second layer. X-Pierce Sealing Films 96-Well Pattern Blue PTFE Sealing Film (Patented) Solvent-free adhesives adhere to polypropylene, polystyrene and polycarbonate materials. PTFE film is compatible with aqueous solutions and organic solvents. Excellent chemical resistance, resistant to DMSO. Functional temperatures range -80 C to 0 C. Clear zone above each well is free of adhesive and easily pierceable. PTFE sealing film has an adhesive free area around each well so plastic pipette tips and metal probes stay clean. 96-Well Adhesive Free Zone Sealing Film (Patent Pending) Clear zones and end tabs facilitate well alignment and accurate positioning. Inert, chemical resistant. Functional temperature range -40 C to 90 C. Clear zone above each well is free of adhesive and easily pierceable. With a 70 µm polyethylene top layer and inert white polypropylene and acrylic adhesive sublayer, this easy-piercing sealing film allows direct sample recovery with single or multichannel pipettors and robotic probes. The adhesive-free zone above each well prevents adhesive fouling of the pipet tip or probe, ultimately minimizing the amount of adhesive that comes into contact with the sample. SEALING FILMS PART NO DESCRIPTION QTY EZP-NL EZ-Pierce Film 00/cs XP-00 X-Pierce Sealing Films, non-sterile 00/cs BST-9790 mil Blue PTFE 96-Well Pattern Film 00/cs BST-979 mil Blue PTFE 96-Well Pattern Film 00/cs ZAF-PE-0 Adhesive Free Zone Sealing Film 0/cs TECH TIP The BST-9790 Sealing Film is recommended for high throughput automation. FALL 0 product brochure 4

46 SAMPLE PREPAgilent Bond Elut Bond Elut Plexa Polymeric SPE The Bond Elut Plexa Family is a new generation of polymeric SPE products, designed for simplicity, improved analytical performance and ease-of-use. Its uniqueness lies in the novel hydroxylated exterior, hydrophobic interior and advanced polymeric architecture. Bond Elut Plexa Bond Elut Plexa PCX Bond Elut Plexa PAX Fast flow, reproducible performance and ease-of-use Improved extract cleanliness minimizes sample matrix interferences Non-polar retention mechanism Mixed mode, non-polar polymeric cation exchanger offers high level of analyte selectivity Faster flow rates improve productivity Extraction cleanliness and reduced interference improve precision Simplified, single method for ease-of-use Mixed mode, non-polar polymeric anion exchanger offers high level of analyte selectivity Exclusion of endogenous interferences offers superior cleanliness and minimizes ion suppression Simple, single method for ease-of-use, reduces method development time BOND ELUT PLEXA POLYMERIC SPE SORBENT MASS VOLUME QTY PLEXA PLEXA PCX PLEXA PAX 96-WELL PLATES 0 mg ml, Round 00/pk A A A mg ml Square 00/pk A96900 A96800 A mg ml, Round 00/pk A A A mg ml Square 00/pk A96900 A96800 A96700 STRAIGHT BARREL CARTRIDGES 0 mg ml 00/pk mg ml Tabless 00/pk 090T 0 mg ml 0/pk mg ml 00/pk mg ml 0/pk mg ml Tabless 0/pk 0860T 00 mg ml 0/pk mg 6 ml 0/pk mg ml 0/pk mg 6 ml 0/pk BOND ELUT JR 00 mg n/a 0/pk 6960B MEGA BOND ELUT PLEXA 00 mg ml 0/pk 78 GERSTEL FORMATS 60 mg ml 0/pk 6786G 6806G 00 mg ml 0/pk 678G Comparison of particle sizes of non-polar SPE polymers by imaging analysis Bond Elut Plexa PCX Alternative Cation Exchange Polymer

47 Agilent QuEChERS SAMPLE PREP Agilent QuEChERS Featuring NEW Enhanced Matrix Removal EMR Lipid Step : Extraction METHOD BUFFERED CONTENTS WITH 0 ml TUBES (0/PK) AOAC Yes 6 g MgSO 4 ;. g NaAcetate 98-7CH Original (0 g samples) No 4 g MgSO 4 ; g NaCl 98-0CH Original ( g samples) No 6 g MgSO 4 ;. g NaCl 98-CH EN 66 Yes 4 g MgSO 4; g NaCl; g NaCitrate; 0. g disodium citrate sesquihydrate Part numbers ending in CH indicate tubes containing ceramic homogenizers Step : Dispersive SPE Cleanup KIT SIZE UNIT KIT CONTENTS PART NO EMR Lipid dspe ml g EMR material EMR Lipid Final polish ml 400 mg NaCl 600 mg MgSO KIT SIZE UNIT General fruits and vegetables Removes polar organic acids, some sugars and lipids Fruits and vegetables with fats and waxes: Removes polar organic acids, some sugars, more lipids and sterols Pigmented fruits and vegetables: Removes polar organic acids, some sugars and lipids, and carotenoids and chlorophyll; not for use with planar pesticides AOAC METHOD KIT CONTENTS PART NO ml 00/pk 0 mg PSA 0 mg MgSO CH ml 0/pk 400 mg PSA 00 mg MgSO CH ml 00/pk 0 mg PSA 0 mg C8EC 0 mg MgSO CH ml 0/pk 400 mg PSA 400 mg C8EC 00 mg MgSO CH ml 00/pk 0 mg PSA 0 mg GCB 0 mg MgSO CH ml 0/pk 400 mg PSA 400 mg GCB 00 mg MgSO CH Part numbers ending in CH indicate tubes containing ceramic homogenizers TECH TIP Is EMR Lipid right for my sample? EMR Lipid Removal is recommended when: Fatty Sample, High Lipid Content 98-60CH EUROPEAN METHOD EN 66 KIT CONTENTS PART NO mg PSA 0 mg MgSO CH 0 mg PSA 900 mg MgSO CH mg PSA mg C8EC 0 mg MgSO CH 0 mg PSA 0 mg C8EC 900 mg MgSO CH mg PSA mg GCB 0 mg MgSO CH 0 mg PSA 0 mg GCB 88 mg MgSO CH Sample Mass is in grams i.e.: avocado, meat, fish, bio-sludge, environmental, etc. Target compound(s) do not have a + carbon unbranched aliphatic chain Target compound is soluble in acetone or ACN (any ph) 98-9 Ceramic homogenizer for 0 ml tubes NEW! EMR LIPID QuEChERS Extraction/partition (6 steps) Mix and centrifuge Transfer to dspe (EMR Lipid & H0) Mix and centrifuge Polish* Evaporate/reconstitute or dilute Transfer to A/S vial The innovative sorbent in EMR Lipid replaces C8/PSA in your QuEChERS methodology to significantly reduce matrix effects and improve analyte recoveries. It can be universally applied to the analysis of polar, mid-polar and non-polar target analytes, providing effective matrix removal. *Polish step is omitted for tetracycline analysis. Application and Tech Notes EMR Lipid Recommended Protocols for Enhanced Matrix Lipid Removal EN Multiresidue Analysis of Pesticides in Avocado with Agilent Bond Elut Enhanced Matrix Removal Lipid -by LC/MS/MS EN -by GC/MS/MS EN PAH Analysis in Salmon with Enhanced Matrix Removal EN Multiresidue Analysis of Veterinary Drugs in Bovine Liver by LC/MS/MS EN FALL 0 product brochure 4

48 SAMPLE PREPPositive Pressure Processor Positive Pressure Processor for Sample Preparation Positive Pressure manifold provides uniform flow for all extraction steps. All positions are individually restricted to provide even pressure to each column. Even flow can be maintained if you are using one, some, or all positions. Dual pressure regulators allows users to set different pressures for extraction and column drying Cerex Positive Pressure Processors provides uniformity of flow for sample preparation In contrast to vacuum manifolds, this processor uses unique, restricted-flow gas ports. These ports create gas flow control such that even if all but one SPE cartridge/well is empty, dry, or wet, the remaining cartridges/wells will receive normal pressure to allow simple processing. This feature provides uniform flow and eliminates the need for plugs or caps when processing less than a complete rack/plate. The Positive Pressure Processor allows for gas pressures up to the supplied line pressure (typically 60-7 PSI) thus supplying greater motive force for viscous sample flow. Adjusting the pressure up or down produces a column flow response that is smooth and immediate. System 48-II The quick-change multi-rack option provides flexibility in extraction tube sizes of,,, and 0 ml. CEREX SYSTEM 48-II ORDERING INFORMATION PART NO DESCRIPTION Cerex System 48-II Positive Pressure Processor* CHOOSE SPE RACK SPE rack to fit cc cartridges SPE rack to fit cc cartridges SPE rack to fit 6 cc cartridges CHOOSE COLLECTION RACK Collection rack to fit x 7 mm tubes Collection rack to fit x 00 mm tubes Collection rack to fit 6 x 00 mm tubes Collection rack to fit x mm Autosampler Collection rack to fit 6 X 0/mL, Centrifuge ADD-ON OPTION Manifold Heater Option to 0 C REPLACEMENT PARTS Waste Bin (/pk) Gas Supply Adapter, includes /8" /4" NPT Fitting, 6 ft of /4" tubing Manifold Replacement Gasket System 96 Self-adjusts to any plate height accommodates all commercial 96-well plates. PART NO CEREX SYSTEM 96 ORDERING INFORMATION DESCRIPTION Cerex System 96 Processor OPTION Heated Manifold Option for System 96 Pressure Processor REPLACEMENT COMPONENT Column Seal for 96-Place Systems, Removable *Includes waste bin, waste bin inserts, gas supply adapter and 48-place sealing gasket. SPE rack and collection rack must be ordered separately. TECH TIP The optional heated manifold provides for rapid and thorough cartridge/well drying

49 Positive Pressure Processor SAMPLE PREP Operation System 48-II & Sytem 96 The Positive Pressure Processor is simple and convenient to operate. After initial connection to an instrument grade gas supply (typically nitrogen) the System may be controlled via the switches below. Flow Meter Pressure Indicator Pressure Regulator Flow Selector The solid phase extraction cartridges/plate are stacked onto a waste bin/plate, and the assembly is placed onto a sliding platform. The protocol solvent to be processed is added to the SPE columns and the assembly is slid to the rear of the unit under the pressure manifold. Using switches on either side of the unit, the pressure manifold is lowered against the SPE columns via a hydraulic piston. Gas is then applied at one of the two preset, continuously adjustable pressures, via a user-selectable switch position. The protocol solvent passes through the columns, the process is repeated, and the next solvent is applied. These steps may be repeated as many times as desired (once for each protocol solvent). For the elution step, the waste collection bin is replaced with a collection rack/plate. The eluant may be collected into disposable tubes, or directly into autosampler vials/plate for injection. The entire process is rapid and simple. In summary, the CEREX Positive Pressure Processors are powerful, fast, and convenient, offering the best technology available for reproducible, high quality processing of samples. 96-Well Filter Plates Semi-Automate Protein Crash Plates Semi-automate your protein crash assays Eliminate supernatant transfer step Plasma Step : Add ACN & Plasma Step : Vortex Step : Filter with Positive Pressure Our protein crash plate s graded frit design is optimized to efficiently remove precipitated protein without plugging or breakthrough. Protein precipitation can be accomplished in the plate wells, minimizing sample handling. These plates are compatible with all existing industry standard liquid handling stations. ACN Filter No acetonitrile leakage during mixing and incubation, and NO crosstalk Precipitated Protein Clean Supernatant MEMBRANE 96-WELL FILTER PLATES POPULAR CONFIGURATIONS MEMBRANE POROSITY PROTEIN CRASH FILTER PLATES WELL VOLUME QTY PART NO Proprietary 0. µm cutoff ml, Square each OC-970 Proprietary 0. µm cutoff ml, Square 0/cs OC-970B-0 OTHER FILTER PLATE Nylon 0.4 µm 00 µl, Round 0/cs CT-964 PE 0.4 µm ml, Round 0/cs OC-9704B-0 PTFE 0. µm ml, Square 0/cs OC Customize Your Own Filter Plate Choose Your Filter Membrane: Cellulose Acetate Polyethylene Glass Fiber Polyethersulfone Nitrocellulose Polypropylene Polycarbonate Polyvinylidene fluoride Choose the Format Contact to customize your own filter plate FALL 0 product brochure 47

50 SAMPLE PREP48 Position Concentrator Cerex Concentrator 48 Single Rack for SPE Elution and Evaporation Eliminates time consuming transfers and misplacement of samples. Clear Evaporation Chamber Allows observation of the evaporation process without interruption. Forced Air Heating Eliminates condensation problems from heated water baths and provides rapid heating to desired temperatures. Smart Timer Control The evaporation process is timer controlled and automatically shuts off the heat and gas flow leaving the evaporated samples at room temperature at the end of the program. Disposable Tips Provides easy and economical replacement of drydown tips. 48 Individually Restricted Points Provides uniform gas flow to all 48 ports. No Hood Space Required-Solvent vapors are drawn out through an exhaust fan and vented into a hood using flexible ducting. (Accessory Item). Stepper Motor Driven Adjust platform to any height to accommodate different size tubes. The CEREX 48 Concentrator is a 48-place evaporator that provides high throughput processing of sample extracts when used in conjunction with a 48-Place ALD or Positive Pressure Processor. PART NO DESCRIPTION ORDERING INFORMATION CEREX Concentrator 48 Includes Manifold, Calibrated, Segmented and Non-Heated Collection Rack (Please Specify Size) C48 Installation Kit ACCESSORIES Manifold, Calibrated, Segmented and Non-Heated 48-Place Concentrator Collection Rack for 0 x 7 mm Tubes, 48-Place Systems Collection Rack for x 7 mm Tubes, 48-Place Systems Collection Rack for x 00 mm Tubes, 48 Place Systems Collection Rack for 6 x 00 mm Tubes, 48 Place Systems Collection Rack for x mm Autosampler Vials, 48-Place Systems Centrifuge Rack for. x mm Centrifuge Tubes, ml, 48-Place Systems Centrifuge Rack for 6. x mm Centrifuge Tubes, 0 ml, 48-Place Systems Concentrator Ventilator Assembly Place Concentrator Disposable Tips, Polypropylene, 000/Cs (SP48TIP)

51 Plate Evaporators/Concentrators SAMPLE PREP Plate Evaporators/Concentrators Ultravap Mistral Plate Evaporator Fast dry down Automation compatible Adjustable shuttle sends/retrieves plate from robot deck Remote control from PC or color touch screen display Up to programmable steps per method: plate height, pressure, flow rate and temperature (ambient to 60 C) Up to 0 stored program methods Choice of 84, 96, 48 & 4 well heads use with plates and autosampler vials The Ultravap Mistral is designed to remove the traditional laboratory bottleneck of solvent evaporation from microplates. It is our most sophisticated automationfriendly model yet, giving significant throughput advantages to laboratories looking to optimize microplate sample preparation. Warm nitrogen gas is blown down into the wells of the microplate, just above the liquid level. The effect is to speed up solvent evaporation by providing more energy for evaporation. This enables equilibrium to be reached more quickly, leading to faster drying. System requirements: Nitrogen gas flow rate: 8L/min minimum, 80L/min maximum at 6 bar pressure. Can be used with nitrogen or dry compressed air if the chemistry allows. Not suitable for use with strong acids or acid chlorides. MiniVap Microplate Evaporator Quicker dry down times than standard methods such as vacuum oven Tests have shown that the MiniVap can evaporate 00 μl of methanol in less than 6 minutes Designed for any ANSI/SBS 96-well plate Simple to install and operate Easy adjustments of temperature, gas flow rates and needle depth Compact footprint fits all standard fume cupboards The MiniVap is designed for low usage research and development departments where low numbers of individual plates or vials need drying. Installation requires only connection to a gas supply and standard mains socket. EVAPORATORS & ACCESSORIES MINIVAP ULTRAVAP DESCRIPTION Evaporator with 96 spiral needles Evaporator with 96 straight needles 904 Evaporator with 4 straight needles Evaporator without a head (head required) Replacement 84 Needle Head straight Replacement 96 Needle Head spiral Replacement 96 Needle Head straight Replacement 48 Needle Head straight Replacement 4 Needle Head straight Gasket for needle manifold FALL 0 product brochure 49

52 HPLC ACCESSORIES Upchurch Fittings Flangeless Fittings for /4-8 Flat-Bottom Ports FLANGELESS FITTINGS PART NO DESCRIPTION FITS TUBING FLANGELESS FITTINGS FOR /6" OD TUBING PRESSURE RATING INCLUDES FERRULE XP-0 Delrin Black Nut /6" OD,000 PSI P-00 (ETFE Blue) each XP- PEEK Natural Nut, Short /6" OD,000 PSI P-00 (ETFE Blue) each FERRULE OPTIONS FOR /6" OD FLANGELESS FITTINGS P-00X ETFE Blue Ferrule /6" OD,000 PSI 0/pk P-00NX ETFE Natural Ferrule /6" OD,000 PSI 0/pk P-40X ETFE Natural Ferrule, Small Valve /6" OD,00 PSI 0/pk FLANGELESS FITTINGS FOR /8" OD TUBING XP-0 Delrin Black Nut /8" OD 00 PSI P-00 (ETFE Yellow) each XP-08 Delrin Black Nut, Short /8" OD 00 PSI P-00 (ETFE Yellow) each XP-0 PEEK Natural Nut /8" OD 00 PSI P-00 (ETFE Yellow) each XP- PEEK Natural Nut, Short /8" OD 00 PSI P-00 (ETFE Yellow) each XP-86 PPS Natural Nut, Headless Knurl /8" OD 00 PSI P-00 (ETFE Yellow) each FERRULE OPTIONS FOR /8" OD FLANGELESS FITTINGS P-00X ETFE Yellow Ferrule /8" OD 00 PSI 0/pk P-00NX ETFE Natural Ferrule /8" OD 00 PSI 0/pk P-40 ETFE Natural Ferrule, Small Valve /8" OD 00 PSI each ONE-PIECE SUPER FLANGELESS FITTINGS P-49 PEEK One-Piece Fitting /6" OD,000 PSI N/A each P-49 PEEK One-Piece Fitting /8" OD,000 PSI N/A each PLUG FOR /4-8 FLAT-BOTTOM PORTS P-09 Delrin Black Plug N/A each QTY TECH TIP To order nut separately remove the preceding X from the part number. XP- P-00 XP- P-00 P-49/P-49 XP-86 P-00N P-40 P-00N P-40 Fingertight Fittings for 0- Coned Ports ONE-PIECE FINGERTIGHT FITTINGS PART NO DESCRIPTION FITS TUBING PRESSURE RATING INCLUDES FERRULE PEEK RheFlex One-Piece Fitting /6" OD,000 PSI N/A each F-0 PEEK One-Piece Fitting /6" OD,000 PSI N/A each F-0 PEEK One-Piece Fitting, Long /6" OD,000 PSI N/A each TWO-PIECE FINGERTIGHT FITTINGS F-00 PEEK Nut, Double Wing /6" OD 6,000 PSI F-4 (PEEK) each F-0 PEEK Nut, Long /6" OD 6,000 PSI F-4 (PEEK) each FERRULE OPTIONS FOR TWO-PIECE FINGERTIGHT FITTINGS F- PEEK Natural Ferrule /" OD 6,000 PSI each F-4 PEEK Natural Ferrule /6" OD 6,000 PSI each F-4N ETFE Natural Ferrule /6" OD 4,000 PSI each F- PCTFE Natural Ferrule 60 µm 6,000 PSI each M- Conductive Ferrule 60 µm,00 PSI each LITETOUCH FITTINGS LT-0 PEEK Nut /6" OD,000 PSI Sold Separately each FERRULE OPTIONS FOR LITETOUCH FITTINGS LT-00 PEEK Ferrule w/ss lock ring /6" OD,000 PSI each LT- PEEK Ferrule w/ss lock ring /" OD,000 PSI each PLUG FOR 0- CONED PORTS P- PEEK Natural Plug N/A each QTY F-00 F- LT F-4 F-0 F- LT-00 F-0 M- LT- F-0 Conductive Perfluoroelastomer Ferrule

53 Optimize Fittings & Column Hot Sleeve HPLC ACCESSORIES Optimize EXP Fittings for Hand-Tight UHPLC Connections Rated Hand-Tight to 0,000+ PSI (,400+ bar) Auto-adjusting, zero-dead-volume connection Extremely robust one-piece ferrule design Perfect for standard or nano UHPLC and UHPLC/MS Made in U.S.A. EXP Nut 6-, 6-40 & 0- Configurations Snap ring allows for easy connection between EXP Nut and Driver EXP Slotted Nut Driver NEW! EXP FITTING WITH EXP FERRULE PART NO NUT FERRULE DRIVER FITS TUBING () 0- EXP Nut () EXP Ferrule () EXP Driver /6" OD, SS or PEEK (0) 0- EXP Nut (0) EXP Ferrule () EXP Driver /6" OD, SS or PEEK Replacement EXP Ferrules for /6" OD Tubing, 0/pk EXP Ferrule Titanium Enables the swage to be released and reset. Intended for many repeat connections. PEEK Proven Sealing ability beyond 0,000 PSI (,400 bar) NEW! EXP FITTING WITH Ti -LOK FERRULE PART NO NUT FERRULE DRIVER FITS TUBING () 0- EXP Nut () Ti-LOK Ferrule () EXP Driver /6" OD, PEEKsil (0) 0- EXP Nut (0) Ti-LOK Ferrule () EXP Driver /6" OD, PEEKsil () 6- EXP Nut () Ti-LOK Ferrule () EXP Driver /" OD, PEEKsil (0) 6- EXP Nut (0) Ti-LOK Ferrule () EXP Driver /" OD, PEEKsil () 6-40 EXP Nut () Ti-LOK Ferrule () EXP Driver /" OD, PEEKsil (0) 6-40 EXP Nut (0) Ti-LOK Ferrule () EXP Driver /" OD, PEEKsil Ti-LOK Ferrule Ti-LOK Ferrule incorporates inverted Titanium + PEEK Hybrid design Ti-LOK Ferrule technology prevents delamination of PEEKsil tubing by bottom-of-the-port sealing EXP FITTINGS FOR /6" OD TUBING (SS OR PEEK) PART NO DESCRIPTION QTY Hand-Tight EXP Nut & EXP Ferrule 0/pk Replacement EXP Ferrules 0/pk Column Hot Sleeve EXP Ferrule EXP Ferrule EXP Nut Hand-tight to 8,700 PSI Wrench-tight to 0,000 PSI Temperature Range: C above ambient to 8 C Tube style design: Unsnap for easy column insertion & removal Each come with heater module, control unit, power supply, cables, manual and GUI software PART NO H-00HS H-00HS H-0HS H-0HS H-00HS HX-08-EXP HOT SLEEVE & CONTROLLER DESCRIPTION cm Hot Sleeve, Controller & Software 0 cm Hot Sleeve, Controller & Software cm Hot Sleeve, Controller & Software cm Hot Sleeve, Controller & Software 0 cm Hot Sleeve, Controller & Software.8 µl Preheater, /6" OD x.00" ID x 0 cm, designed to work with EXP fitting HX-08-EXP (sold separately) TECH TIP When heating your column above 40 C, it s important to preheat your mobile phase so a temperature gradient does not occur along the column. Add 0 cm to your column length when ordering your Hot Sleeve and the HX-08-EXP preheater will fit inside the heated column jacket. FALL 0 product brochure

54 HPLC ACCESSORIESSolvent Containment Solvent Waste Container System Kit System includes a Justrite Safety Container ( or gallon) with Quick Connects and the following accessories: Reusable Filter Adapter Organic Vapor Filter 6 Port Waste Manifold Tubing Connection Kit for the following size tubing: /6" OD (Qty ) /8" OD (Qty ) /4" ID (Qty ) Plugs to close off any unused ports (Qty 4) 6 Port Manifold Vapor Filter JT-PP7 JT-TF7-CC Cutaway view shows suction option PART NO SAFETY-PP SAFETY-PP SAFETY-SS SAFETY-SS SAFETY DISPOSAL CANS DESCRIPTION CHROM TECH SOLVENT WASTE CONTAINER COMPLETE SYSTEM KIT gal PP Solvent Waste Containment System, complete with: JT-PP7, MA-60, EF-00, FA-00 and connections gal PP Solvent Waste Containment System, complete with: JT-PP7, MA-60, EF-00, FA-00 and connections gal Stainless Steel Solvent Waste Containment System, complete with: JT-TF7, MA-60, EF-00, FA-0 and connections gal Stainless Steel Solvent Waste Containment System, complete with: JT-TF7, MA-60, EF-00, FA-0 and connections REPLACEMENT PARTS FOR CHROM TECH SOLVENT WASTE CONTAINER SYSTEM KIT PART NO DESCRIPTION & CAPACITY DIMENSIONS FITTINGS O-RING TUBING* (mm) JT-PP7 gal Polyethylene Safety Disposal Can, PP fittings, EPDM O-ring " OD x 4.7" h PP EPDM /8" (0) JT-PP7 gal Polyethylene Safety Disposal Can, PP fittings, EPDM O-ring " OD x 0" h PP EPDM /8" (0) JT-TF7 gal Polyethylene Safety Disposal Can, SS fittings, PTFE O-ring " OD x 4.7" h SS PTFE /8" (0) JT-TF7 gal Polyethylene Safety Disposal Can, SS fittings, PTFE O-ring " OD x 0" h SS PTFE /8" (0) JT-7-CC gal (7.L) Polyethylene Safety Disposal Can w/suction option assembly " OD x 4.7" h Custom Custom /8" (0) JT-7-CC gal (9L) Polyethylene Safety Disposal Can w/suction option assembly " OD x 0" h Custom Custom /8" (0) WASTE MANIFOLD MA-60 MA-60 ORGANIC VAPOR FILTERS & FILTER ADAPTERS EF-00 EF-00V FA-00 FA-0 FA-07 TUBING CONNECTIONS & PLUGS AB-4 AB-04 AC-0 AC- PL-0 PL-0 6-Port Polypropylene Waste Manifold () /4" NPT, () /" NPT, w/ PP, EDPM 6-Port Polypropylene Waste Manifold () /4 NPT, () / NPT, w/ SS/PTFE Organic Vapor Filter, each Organic Vapor Filters, /pk Justrite Can Adapter, EPDM, PP Justrite Can Adapter, SS, PTFE Justrite Can Adapter Elbow, EPDM, PP Barbed Tubing Connection, /4" ID, /4" NPT, PP Barbed Tubing Connection, /4" ID, /" NPT, PP Tubing Connection, /6" OD, /4" NPT, PP Tubing Connection, /8" OD, /4" NPT PP Plug, /4" NPT, PP Plug, /" NPT, PP *Tubing is not supplied with individual containers SOLVENT CONTAINMENT ACCESSORIES PART NO DESCRIPTION DIMENSIONS JT-8400 HPLC Can Spill Basin w/ gal (9L) Spill Capacity, Polyethylene 7.6"h x 4.88"w x 4.88"d (94 x 79 x 79 mm) JT-080 Vertical Drum Polyethylene Pop-up Gauge /4"d x "l (7 mm) JT-0800 Antistatic Flexible Wire, ' ( m) Dual Alligator Clips /8" (6 mm) SF-00 SF-004 SF-00 Safety Waste Funnel with PP/EPDM disconnect Safety Waste Funnel with SS/Viton disconnect Safety Waste Funnel with SS/PTFE disconnect FA-00 JT-TF7 Container JT-8400 Spill Basin JT-0800 Antistatic Wires prevent sparks from static electricity generated by movement and flow of flammable liquids. FA-07 SF-00 Safety Funnels adapt to CPL safety Eco Funnels to allow quick disposal of pourable solvent waste. JT-080 Vertical Drum Polyethylene Pop-up Gauge is a low cost solution to overfilling drums. When drum is almost full, indicator "pops-up"

55 Solvent Containment HPLC ACCESSORIES Vaplock Bottle Caps PTFE body Optional valved ports Each port has a through-hole for /8" OD tubing. The optional Helicoil stainless steel thread insert enables repeated connect and disconnect. All ports are machined at a 0 degree angle to simplify threading of tube connection. VAPLOCK BOTTLE CAPS PART NO PORT QTY PORT STYLE MATERIALS VAPLOCK GL8 BOTTLE CAPS BC-0N /4-8 PTFE insert w/expanded PTFE gasket BC-07 /4-8 Helicoil PTFE insert w/expanded PTFE gasket VAPLOCK GL4 BOTTLE CAPS BC-N /4-8 PTFE w/polyethylene collar, blue BC-0 /4-8 Helicoil PTFE w/polyethylene collar, blue Wheaton Mobile Phase/Storage Bottles WHEATON MOBILE PHASE/STORAGE BOTTLES PART NO DESCRIPTION COLOR ml Graduated bottle, no cap, GL4 Clear 980- L Graduated bottle w/cap, 8-40 Clear L Safety coated graduated bottle w/cap, GL4 Clear 99- L Graduated bottle, no cap, GL4 Clear FEP Polymer Tubing Inlet Solvent Filters FEP POLYMER TUBING PART NO ID LENGTH COLOR MAX PRESSURE FEP TUBING, /8" OD T " (. mm) 0'* Natural 00 PSI FEP TUBING, /6" OD T " (0.0 mm) 0'* Natural,000 PSI T " (0.7 mm) 0'* Natural,000 PSI Lengths > 0' available. Specify length at time of order. FEP tubing is available in other colors and sizes call for pricing INLET SOLVENT FILTERS FOR ANALYTICAL HPLC PART NO DESCRIPTION POROSITY MATERIAL TUBING INCLUDES MAX SUGGESTED FLOW RATE* Glass Inlet Solvent filter 0 µm Glass /8" OD () ml/min A-4 Inlet Solvent Filter w/one-piece Fitting µm PCTFE, SST /8" OD () P-00 0 ml/min A-4 A-4, /pk µm PCTFE, SST /8" OD () P-00 0 ml/min A-0 Inlet Solvent Filter w/stem 0 µm SST /6" ID 40 ml/min A-0A Inlet Solvent Filter w/flangeless Fittings 0 µm PCTFE, SSE /8" OD () XP- 40 ml/min A-09 Inlet Solvent Filter w/stem 0 µm SST /6" ID 40 ml/min A-0 Inlet Solvent Filter w/stem 0 µm SST /8" ID 40 ml/min *Maximum suggested flow rates are determined by porosity and surface area Filter frit adapters A-4 A-0 FALL 0 product brochure

56 GAS GENERATORSParker Balston Parker Balston HPEMPD Hydrogen Generator Cascading feature connects up to hydrogen generators together to supply a large number of instruments Simple maintenance Eliminates cylinders Safe produces only as much gas as you need Automatic water feed for continuous operation Remote PC monitoring features HPEMPD SPECIFICATIONS HYDROGEN PURITY OXYGEN CONTENT WATER CONTENT POWER % < 0.0 ppm < ppm 00 0 VAC, 0/60 Hz MAX OUTLET PRESSURE OUTLET CONNECTION DIMENSIONS SHIPPING WEIGHT 00 or 7 PSI /4" compression 7." x." x " 60 lbs PARKER BALSTON HPEMPD HYDROGEN GENERATOR MODEL NO HPEMPD-0 HPEMPD-60 HPEMPD-80 HPEMPD-00 HPEMPD-00 Max Outlet Pressure to 00 PSI (6.8 bar) Max Outlet Pressure to 7 PSI (.9 bar) HPEMPD cc/min HPEMPD cc/min HPEMPD cc/min HPEMPD cc/min Certified for laboratory use by CSA, IEC 00, and CE Mark Please call for a quote for Preventative Maintenance or Extended Warranty options HPEMPD cc/min HPEMPD cc/min HPEMPD cc/min HPEMPD cc/min HPEMPD cc/min HPEMPD cc/min TECH TIP Delivery pressure of up to 7 PSI; ideal for high speed and fast GC applications. Parker Balston Zero Air Generators Produce UHP zero air from house compressed air (<0.0 PPM THC) Eliminate inconvenient and dangerous zero air cylinders from the lab Qualitative smart-display provides operational status at a glance Recommended and used by many GC and column manufacturers Silent operation and minimal operator attention required HPZA-7000 ZERO AIR GENERATOR SPECIFICATIONS MAX FLOW RATE NUMBER OF FID S MIN/MAX INLET AIR PRESSURE 7 LPM Up to 6 40 PSI/ PSI 4 PSI PRESSURE DROP AT MAX FLOW RATE MAX INLET AIR TEMP INLET/OUTLET PORTS DIMENSIONS SHIPPING WEIGHT 78 F /4" NPT (female) " x " x 6" 4 lbs OUTLET HYDROCARBON CONCENTRATION < 0.0 ppm (as methane) 00 ppm (as methane) MAX INLET HYDROCARBON CONCENTRATION

57 Parker Balston GAS GENERATORS Parker Balston Nitrogen Generators LC/MS NitroFlow 60/60D year compressor warranty Nearly silent operation; operates at less than 49 db(a) NITROFLOW 60/NITROFLOW 60D SPECIFICATIONS NITROGEN HYDROCARBON PHTHALATE FREE Up to 60 LPM Yes Yes ATMOSPHERIC DEW POINT OUTLET PORT MAX OUTLET PRESSURE -8 F Female /4" NPT 00 PSI MIN/MAX AMBIENT TEMP DIMENSIONS SHIPPING WEIGHT 0 F/9 F 4" x " x 4" 64 lbs DRY AIR FLOW DRY AIR DEW POINT SLPM (Nitroflow 60D only) -40 F (-40 C) (Nitroflow 60D only) ELECTRICAL REQUIREMENTS 9-4 VAC, 60 Hz, Phase, 4A, 0 VAC, 0 Hz, Phase, A Please call for a quote for Preventative Maintenance or Extended Warranty options LC/MS NitroFlow Lab year compressor warranty Includes state-of-the-art, oil-less compressors NITROFLOW LAB SPECIFICATIONS NITROGEN HYDROCARBON FREE PHTHALATE FREE Up to 0 LPM < ppm (excluding methane) Yes ATMOSPHERIC DEW POINT OUTLET PORT MAX OUTLET PRESSURE -8 F Female /4" NPT 6 PSI MIN/MAX AMBIENT TEMP DIMENSIONS SHIPPING WEIGHT 0 F/9 F 8" x " x " 04 lbs ELECTRICAL REQUIREMENTS 0 VAC, 60 Hz, 0 Amp Please call for a quote for Preventative Maintenance or Extended Warranty options Membrane Nitrogen Generators Recommended and used by all major LC/MS manufacturers MEMBRANE NITROGEN SPECIFICATIONS PART NO NITROGEN SHIPPING WEIGHT N-04: N-4, N-4ANA: N-, N-ANA: N-, N-ANA: N-4, N-4ANA: N-80, N-80ANA: N-, N-ANA: 4 LPM LPM 0 LPM 0 LPM LPM 79 LPM 06 LPM 4. lbs 80 lbs 80 lbs 90 lbs 0 lbs 0 lbs 0 lbs DIMENSIONS 6" x " x " " x 8" x 6" " x 8" x 6" " x 8" x 6" 67" x 4" x 0" 67" x 4" x 0" 67" x 4" x 0" INLET/OUTLET PORTS /4" NPT /4" NPT /4" NPT /4" NPT /" NPT /" NPT /" NPT SUSPENDED LIQUIDS PARTICLES > 0.0 µm ATMOSPHERIC DEW POINT None None 9.0% 99.% NITROGEN PURITY PHTHALATE FREE HYDROCARBON-FREE 9.0% 99.% Yes Yes COMMERCIALLY STERILE MIN/MAX OPERATING PRESSURE Yes 60/4 PSI 0 PSI MAX PRESS N PURITY, PSI MAX INLET AIR TEMP OXYGEN ANALYZER ELECTRICAL REQUIREMENTS 0 F Included w/ana models 0 VAC, 60 Hz, Watts (ANA models only) RECOMMENDED AMBIENT OPERATING TEMPERATURE N-04, N-4, N-4ANA, N-, N-ANA, N-, N-ANA: N-4, N-4ANA, N-80, N-80ANA, N-, N-ANA: 68 F 7 F Please call for a quote for Preventative Maintenance or Extended Warranty options FALL 0 product brochure

58 SYRINGES Hamilton Manual Syringes Hamilton Manual Syringes Standard Needle Point Styles POINT STYLE DESCRIPTION APPLICATION 0 sharp, beveled, curved non-coloring Gas chromatography, septum piercing Syringe Terminations TERMINATION REMARK AUTOCLAVABLE Cemented Needle (N) For low-volume syringes No Blunt, electro-polished HPLC injection, thin layer chromatography (TLC), general liquid handling, controlled animal injections Luer Tip Cemented Needle (LTN) For mid-volume syringes No Conical with side port for penetration without coring Headspace, applications prone to needle clogging, minimal septum damage Removable Needle (RN) Yes if disassembled AS Conical, non coring designed to withstand multiple injections Autosampler injection, pre-pierced septa Knurled Hub (KH) For Modified Microliter syringes only Yes if disassembled Needle Gauge Luer Tip (LT) Yes if disassembled s indicates a thicker wall for added strength. PTFE Luer Lock (TLL) Yes if disassembled O.D. 0.7 mm I.D. 0.4 mm O.D. 0.7 mm I.D. 0. mm SampleLock (SL) Integrated on/off valve No s GAUGE O.D. (mm) I.D. (mm) Fixed Needle (FN) Found on CTC C-Line and X-Type syringes No 6s ChemSeal (C) /4" 8 UNF/ threaded connection No s Hamilton Syringe Series Guide The key to selecting the right syringe for your application is to identify your sample type and determine the smallest volume to be dispensed or injected. Hamilton offers two type of syringes, Gastight and Microliter, which differ in the design of the plunger. SYRINGE SERIES VOLUME SYRINGE TYPE PLUNGER TYPE 700 µl 00 µl Microliter Stainless steel fitted µl 00 µl Gastight Polymer tipped 000 ml 00 ml Gastight Polymer tipped TECH TIP Calibrated Syringes Hamilton Company offers a calibration service for precision syringes and Digital Syringes. A Certificate of Calibration is provided with the product and the procedure is performed with an unbroken chain of calibrations traceable to N.I.S.T. procedure

59 Hamilton Manual Syringes SYRINGES Hamilton Microliter Syringes 700 Series Cemented Needle Syringes Removable Needle Syringes & Repl. Needles Luer Tip Syringes & Repl. Needles s s indicates thicker wall for added strength 700 SERIES ORDERING INFORMATION VOLUME µl 0 µl µl 0 µl 00 µl 0 µl 00 µl MODEL GAUGE 6s 6s s s s s LENGTH mm mm mm mm mm mm mm Cemented Needle (N) Syringe (point style ) Cemented Needle (N) Syringe (point style ) Cemented Needle (N) Syringe (specify needle) Removable Needle (RN) Syringe (point style ) Removable Needle (RN) Syringe (needle sold separately) Replacement RN Needles (sold separately) Luer Tip (LT) Syringe (needle sold separately) Replacement Hub Needles (sold separately) (6/pk) (6/pk) Point Style Small RN Small RN Small RN Small RN Small RN Large RN Large RN N/A Point Style Metal Hub Metal Hub Metal Hub Metal Hub Metal Hub Metal Hub Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub ACCESSORIES (Syringe not included) PB600 Repeating Dispenser N/A N/A Reproducibility (Chaney) Adapter Syringe Guide Digital Base Unit ) gauge ) s gauge For Syringe Calibration Service, add the prefix CAL to the beginning of the syringe s part number. Note: Maximum Temperature: Cemented Needle: F (0 C), All others: 9 F ( C) Maximum Pressure: 00 µl:,000 PSI, All others:,000 PSI Add the prefix DS to the beginning of the syringe s part number. (Base unit not sold separately) Digital Syringe The only N.I.S.T. traceable, calibrated syringe device available. It comes completely calibrated with its own Certificate of Calibration. The easy-to-read LCD screen displays volume dispensed within ±0.% of the syringe volume. It is used with Hamilton syringes with total volumes of 0. to 00 µl. Reproducibility (Chaney) Adapter For consistent, reproducible injections. It also prevents the plunger from bending. The adjustable stop prevents plunger damage. Easily installed. Syringe Guide The Syringe Guide is a cost effective plunge support device. With only two guide arms the Syringe Guide protects the plunger from damage but should not be used to improve accuracy and precision. FALL 0 product brochure 7

60 SYRINGESHamilton Manual Syringes Hamilton Gastight Syringes 700 Series Cemented Needle Syringes Removable Needle Syringes & Repl. Needles Luer Tip Syringes & Repl Needles SL Syringes & Repl Needles PTFE Luer Lock Syringes & Repl. Needles s s indicates thicker wall for added strength 700 SERIES ORDERING INFORMATION VOLUME 0 µl µl 0 µl 00 µl 0 µl 00 µl MODEL GAUGE 6s s s s s LENGTH mm mm mm mm mm mm Cemented Needle (N) Syringe (point style ) Cemented Needle (N) Syringe (point style ) Cemented Needle (N) Syringe (specify needle) Removable Needle (RN) Syringe (point style ) Removable Needle (RN) Syringe (point style ) Removable Needle (RN) Syringe (needle sold separately) Replacement Needles (sold separately) Luer Tip (LT) Syringe (needle sold separately) Replacement Needles (sold separately) SampleLock (SL) Syringe (point style ) Replacement Needles (sold separately) Point Style Small RN Small RN Small RN Small RN Large RN Large RN Point Style Metal Hub Metal Hub Metal Hub Metal Hub Metal Hub Metal Hub PTFE Luer Lock (TLL) Syringe (needle sold separately) Replacement Needles (sold separately) ChemSeal (C) (no needle available) Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub N/A N/A Point Style Small RN Small RN Small RN Small RN Large RN Large RN N/A N/A Point Style Metal Hub Metal Hub Metal Hub Metal Hub Metal Hub Metal Hub Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub ACCESSORIES (Syringe not included) PB600 Repeating Dispenser N/A Reproducibility (Chaney) Adapter Syringe Guide Digital Base Unit ) LTN gauge ) s gauge ) gauge For Syringe Calibration Service, add the prefix CAL to the beginning of the syringe s part number. Note: Maximum Temperature: Cemented Needle: F (0 C), All others: 9 F ( C) Maximum Pressure: 0 00 µl: 00 PSI, SampleLock Syringes: 0 PSI, All others:,000 PSI Add DS to the beginning of the syringe s part number. (Base unit not sold separately)

61 Hamilton Manual Syringes SYRINGES Hamilton Gastight Syringes 000 Series Cemented Needle Syringes Removable Needle Syringes & Repl Needles Luer Tip Syringes & Repl. Needles SL Syringes & Repl Needles PTFE Luer Lock Syringes & Repl. Needles 000 SERIES ORDERING INFORMATION VOLUME ml. ml ml 0 ml ml 0 ml 00 ml MODEL GAUGE LENGTH mm mm mm mm mm mm mm Cemented Needle (LTN) Syringe (point style ) Cemented Needle (LTN) Syringe (point style ) Cemented Needle (LTN) Syringe (specify needle) Removable Needle (RN) Syringe (point style ) Removable Needle (RN) Syringe (needle sold separately) Replacement Needles (sold separately) Luer Tip (LT) Syringe (needle sold separately) Replacement Needles (sold separately) SampleLock (SL)Syringe (point style ) Replacement Needles (sold separately) Point Style Large RN Large RN Large RN Large RN Point Style Metal Hub Metal Hub Metal Hub Metal Hub Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub Point Style Large RN Large RN Large RN Large RN Large RN Large RN Large RN PTFE Luer Lock (TLL) Syringe without slots (needle sold separately) PTFE Luer Lock (TLL) Syringe with slots (needle sold separately) PTFE Luer Lock (TLL) Syringe without flange, without slots (needle sold separately) Replacement Needles (sold separately) ChemSeal (C) (no needle available) Point Style Metal Hub Metal Hub Metal Hub Metal Hub Metal Hub Metal Hub Metal Hub Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub Kel-F Hub ACCESSORIES (Syringe not included) PB600 Repeating Dispenser ) Needle is point style For Syringe Calibration Service, add the prefix CAL to the beginning of the syringe s part number. Note: Maximum Temperature: Cemented Needle: F (0 C), All others: 9 F ( C) Maximum Pressure: 0 ml: 00 PSI, All others: 00 PSI FALL 0 product brochure 9

62 SYRINGESHamilton Syringes for CTC/LEAP Hamilton CTC Autosampler Syringes FEATURES ADVANTAGES/BENEFIT S LINE C LINE X TYPE Inert PTFE-Polymer Plunger Tip Inert PTFE-Polymer Plunger Tip Unique plunger and flange design High mechanical stability for increased syringe lifetime. Compatible with organics, and high as well as low ph solutions. Ensures reliable installation and alignment of the plunger and barrel X X X X X X Needle attached directly to the barrel Minimizes carryover X X No glue or cement in fluid path Deactivated needle and barrel Deactivated needle and barrel Deactivated needle and barrel Better solvent compatibility longer syringe life Prevents sample adsorption on inner surface of the barrel Extremely smooth surface for low friction and increased plunger lifetime Eliminates contact between samples and metal components X X X X X X X Adjustable button to prevent plunger damage New flange design for accurate syringe installation X-Type 00X zoom Coated glass Improved needle hub design for zero carryover Color-coded hub for quick needle volume identification Uncoated Glass Microscope view confirms the very smooth inner surface of the coated X-Type glass barrel. HAMILTON SYRINGES FOR CTC/LEAP LC AUTOSAMPLERS VOLUME TYPE 0 µl µl 0 µl 00 µl 00 µl 0 µl 00 µl 000 µl 00 µl 000 µl HAMILTON CTC PAL HTC-xt, HTS-xt AND HTX-xt LC AUTOSAMPLER SYRINGES MODEL "s" indicates thicker wall for GAUGE s added strength s s s Cemented (N) Needle (point style ) Fixed Needle (FN) (point style ) Fixed Needle (FN) (point style ) HAMILTON CTC LEAP A00S LC AUTOSAMPLER SYRINGES Cemented (N) Needle (point style ) S C X S Note: Needles are mm LTN Termination Slimline Syringe Note: Needles are mm PT Style Slimline Syringe HAMILTON SYRINGES FOR CTC/LEAP GC AUTOSAMPLERS VOLUME TYPE µl 0 µl 0 µl 0 µl µl µl µl 00 µl 00 µl HAMILTON CTC PAL GC-xt AND Combi PAL-xt GC AUTOSAMPLER SYRINGES MODEL "s" indicates GAUGE thicker wall for s added strength 6s 6s s s s 6s 6s 6s Cemented (N) Needle (point style AS) Fixed Needle (FN) (point style AS) S C , 06 06, HAMILTON SYRINGES FOR CTC/LEAP GC HEADSPACE AUTOSAMPLERS VOLUME TYPE.0 ml.0 ml. ml. ml.0 ml HAMILTON CTC PAL GC-xt AND Combi PAL-xt GC AUTOSAMPLER SYRINGES MODEL GAUGE 6 6 Luer Tip Cemented (LTN) Needle (point style ) Note: Needles are mm HD TECH TIP Related Product Inlet Needle Sleeves Designed to fit CTC PAL Autosamplers PART NO DESCRIPTION QTY CT-NS Inlet Needle Sleeve /pk CT-NS-0 Inlet Needle Sleeve 0/pk

63 Featured Suppliers CHROM TECH, INC. Your Stocking Distributor for: The trademarks referred to herein are the property of their respective owners. Michelle Iverson President Cullin Bachmeier Senior Technical Sales Representative Jeanette Morrison Customer Service Manager We have a lot of great products that we could not fit in this catalog. Give us a call or send us an , we look forward to hearing from you.