LABORATORY FURNITURE FUME HOOD CLEAN ROOM CATALOG

Transcription

1 Design build install services LABORATORY FURNITURE FUME HOOD CLEAN ROOM CATALOG NAITONAL DIRECT NETWORK

2 YOUR LAB TURNKEY SOLUTION We are Not only provide Premium Laboratory Work....but also make the best Good Looking Interior Design 2

3 LAB FURNITURE LABORATORY DESIGN & SERVICES Personal Lab Planning Design & Services We are Manufacturer and Distributor of Laboratory Furniture & Provide of Laboratory Layout, Design & Workflow Services Products Include: Base Cabinets, Wall Cabinets, High Cabinets, Fume Hoods, Laboratory tables, Sinks, Water & Gas Fixtures, Waste Fittings, and Electrical Raise Your Quality and Lower your budget Budget Capabilities Include Development of Laboratory Designs from User Concepts through Manufacturing & Installation Various scope of works Services We will gather all the information from the smallest to concept details, then return with conceptual drawings and estimates with no obligation. We turn your needs, concerns, safety requirements and concepts into details, solutions, designs and a laboratory that is exactly what customer wants. We could design and simulate your desire laboratory set up on various space such as container and also renovate and improve your lab including the building renovation work. We also provide the turnkey lab solution for your lab including lab equipment and facility system like gas system and ventilation system. Laboratory in container Laboratory Turnkey Laboratory renovation 3

4 LAB FURNITURE TYPES OUR CASE WORK ARE COVER : METAL, WOOD, AND STAINLESS STEEL METAL STEEL WOOD STAINLESS STEEL STYLE OF DESIGN Various types depend up on your equipment and function On plinth A-stand-frame - suspended C-frame - Mobile Underbench units on plinth on castors suspended Steel frames as A-frame as C-frame VARIOUS BENCH STYLE Island Bench Wall Bench 4

5 OUR DESIGN STANDARD SIZE & DESIGN Wall Bench Island Bench Balance Table Sink Table 5

6 WORKTOP GUIDE We have difference worktops material to fulfill your working requirement Epoxy Resin Stainless Steel Work surfaces are made using superior quality quartz sand and epoxy mixed with special bond formulated to achieve optimum chemical resistance. Epoxy resin worktops have excellent mechanical strength and flatness, and are manufactured to precise dimensions. They are durable, easy to clean and heat resistance with standard thicknesses of 19 mm Phenolic Resin Work surfaces are available in a wide range of colors and are available in Standard thicknesses of 16 mm. 20 mm. and 25 mm. Phenolic resins are good chemical resistance, excellent impact resistance, economic panel sizes, scratch resistance & durable all round performance and Good clean ability Work surfaces are durable, easy to clean and heat resistance, chemical resistance. Standard thicknesses of 16 mm. and 19 mm. Melamine laminate Works faces with high density particle board Cores. Standard thicknesses of 28 mm. Granite Works faces are available in a wide range of colors. Standard thicknesses of 19 mm Drawer Runners Roller Guided Hinge 6

7 ACCESSORIES & OTHER Full height and functional cabinet Full Height Cabinet Glassware Cabinet Short Cabinet Tool Cabinet Balance Table Sample Shelf Sample Shelf Closet OUR sinks are available in fiberglass reinforced, stainless steel and polypropylene. Fiberglass reinforced and stainless steel sink are casted in one piece with coved corners. In addition, the bottom of sink is designed to slope to the drain to ensure easy cleaning. Fiberglass Reinforced Stainless Steel Water Fittings / Drainage Faucet Safety Shower Lab chair 7

8 CHEMICAL STORAGE VABINET Door Style Options Where as door style is usually chosen by preference, states and localities that follow the Uniform Fire Code (UFC) mandate the use of self-closing cabinets. Cabinets with self-closing and self-latching doors provide an extra measure of protection Number of Doors and Style Capacity(L) Ext.. H x W x D Shelves Delvr Wt (kg) 1 Door manual x 591 x 457 mm Door Self close x 591 x 457 mm Door manual x 1092 x 457 mm Door Self close x 1092 x 457 mm Door manual x 1092 x 457 mm Door Self close x 1092 x 457 mm Door manual x 864 x 864 mm Door Self close x 864 x 864 mm FLAMBLE SAFETY CABINET Manual Door Sliding Door Self Close Door Number of Doors and Style Capacity (L) Ext H x W x D Shelves Delvr Wt (kg) 2 Door manual x 1092 x 457 mm Door S e l f close x 1092 x 457 mm Door manual x 1092 x 457 mm Door S e l f close x 1092 x 457 mm Door manual x 864 x 864 mm Door S e l f close x 864 x 864 mm Door manual 341* 1651 x 1092 x 864 mm Door S e l f close 341* 1651 x 1092 x 864 mm

9 Some of Our Turnkey Reference 9

10 Some of Our Lab Furniture Reference 10

11 Design build install services LABORATORY FURNITURE FUME HOOD CLEAN ROOM CATALOG NAITONAL DIRECT NETWORK

12 FUME HOOD 12

13 FUME HOOD FEATURE Fume hood is a high performance unit for use in variety of lab. The design in corporate and automatic by-pass to eliminate high face velocities. Design and installation accordance to standard. Fume hood are 4 size available 1200mm.1500mm. 1800mm. and 2000mm. We also provide difference type of Fume Hood material construction including Fiber Glass, Steel epoxy coated and Stainless Steel Fiber Glass Steel epoxy coated Stainless Steel Laminate หafety glass Sash with poxy powder Coated Steel frame Inner lining and baffle made from Phenolic Resin Light ON/OFF Switch Case made from poxy powder coated steel Automatic VAV Programmable Computer Control with audio visual alarm Media Outlet Front Controlled Valve for Water and Gases Universal Electric Outlet Epoxy Molded Working Surface Six Adjustable feet Movable Gas Storage and General Storage 13

14 MODEL Hood Width LC1200 LC1500 LC1800 LC2000 Exterior Dimension (LxWxH) mm x 850 x x 850 x x 850 x x 850 x 2350 Interior Dimension (LxW) mm x x x x 670 Storage Exterior Dimension (LxWxH) mm. Construction 1200 x 850 x x 850 x x 850 x x 550 x 850 Baffle system : Fiberglass, Polypropylene Hood exterior : Fiberglass, Steel with Epoxy Powder Coating and Stainless Steel Hood Interior : Fiberglass, Polypropylene Analog Control Panel Analog Control panel only On and off operation Option : Digital Control Option : Control panel in front of the cabinet to control operation within the cabinet With indicator light Various work Water Faucet Gas Faucet *Botttle trap & Navel Basin Warranty Standards Type L copper tube will be used for clean water, air and gases Arm Hood, Chamber and Canopy Tempered glass Tempered glass 6mm thickness sliding can be stopped at any time Water PP, PE will be used for Drain Lines. Glass Drain Line will be option request. Blower Case will be Injection Molded PE s Impellor will be Backward, high pressure type, Injection Molded PPs 1 Year Warranty Years warranty * Plastics or Stainless Steel will be used for Demineralized or Distilled 14

15 Dry Filter & Wasted Scruber Dry Filter Wasted Scrubber 15

16 DUCTING & BLOWER INSTALLATION On The Roof Installation Perspective Ducting Design On The Roof Installation On The Wall Installation 16

17 HOW TO SELECT THE RIGHT FUME HOOD No Select Option1 Option2 1 Fume Hood Style and Size General size Walk in 2 Work Surface and Sink Standard with cup sink 3 Base Storage Cabinets General Add storage/solvent Storage 4 Cabinet and hood trim Steel Wood 5 Service Fittings Standard Gas/Air/Vac 6 Exhaust Fan General Blower Chart 7 Ductwork and Weather Cap Ductwork & Accessories 7 6 Our Fume hood classify by air flow type as following 1. conventional 2. by-pass 2.1 Auxiliary-air 2.2 reduced air volume 3. Special Fume hood and other And also can classify the air volume exhaust system 1. constant air volume (CAV) 2. variable air volume (VAV) 1. conventional & 2. by-pass Auxiliary-air Per cholic acid fume hood (Special Fume hood and other) 17

18 AIR FLOW PATTERN & SETTING UP Conventional & By Pass reduce air volume hood set up Door Open Door Close Auxiliary air hood set up Door Open Door Close 18

19 VAV SYSTEM SETTING UP Position of Damper at open position Position of Damper at close position 19

20 SOME OF OUR FUME HOOD REFERENCE 20

21 Lab Design Guide line Your project might involve the renovation of an old lab or building a new one. Our experienced team is ready and available to help lead you through the process. Part 1 - Understand the space being considered Survey the area being considered for the laboratory. Think of the overall amount of space that will be required for the people, process and equipment that will occupy the lab. Be careful to ensure that all the necessary utility services and sanitary or chemical drains will be available. If you'll need a fume hood, make sure you review an exit route for ducting. Always consider the future needs of your facility. Part 2 - Select a Casework Layout Select a casework layout that best suits your space and complies with established safety guidelines. Please pull our team in as required to help generate some sample layouts. Part 3 - Outfitting Your Lab Make a list of all the components your lab will need. Remember to include cabinets, countertops, fixtures, fume hoods, biological safety cabinets, cold rooms, cleanrooms, water purification systems, bench top equipment, refrigerators, seating, etc. One of our Lab Furnishing Specialists will help you complete the project planning, prepare a pricing proposal and be the one point of contact for your project through the installation process. Laboratory Layout & Design Considerations Following is a basic set of considerations for general laboratory layout & design. It is not intended to be a comprehensive, but it will be helpful in the review of the needs & requirements for most laboratories. This information will form a sound foundation for the interaction with our lab design team on the layout of furnishings for your lab. 1. Determine the general purpose of each lab, support or work space - Number of people - Amount of bench required per person or per operation - Number of fume hoods or biological safety cabinets needed 2. Confirm the rough lab spaces & sizes needed and their locations within the building - Review service runs required - Confirm the floor to deck space in the labs - Inspect proposed mechanical distribution and passageways 3. Engage your Environmental Health & Safety person as well as Facilities Operations & Maintenance for input 4. Develop a lab equipment listing reflecting the sizes of each piece, service requirements and respective heat loss - Confirm if the equipment will fit on the bench or floor. Consider your future operations. - All equipment should be placed into a plan view drawing to confirm fit - Review overall voltages and total amperage needed for the project - Review venting requirements, data connections, and any ancillary equipment needed 5. Examine the proposed lab layout & workflow - Confirm that the lab will fit the process 6. Review the need for flexible, open, lab space in the lab layout, consider future needs 7. From a historical perspective, review what s working and not working in the current lab 8. Review specific needs within the lab for: - Radioactive or biological materials - Hazardous operations - ADA compliance - Access for rolling equipment 9. Confirm the need for ancillary lab space or other space that makes the rest of the lab work more efficiently: - Sample receiving - Work in process - Glass wash/prep areas - Equipment support space - Offices or desk spaces 10. Examine lab storage needs - Supplies - Glassware - Chemicals - Samples - Receiving 11. Review hood selection and distribution in the lab - They should be sized to safely fit the purpose - Provide access for people, equipment, & process - Positioned correctly within the lab - Confirm plumbed and wired service needs - Confirm the HVAC requirements and the need for both supply and exhaust air systems 12. Confirm the effective separation of lab areas: - Lab and Office - Higher and Lower areas of hazard or chemical use - Sinks & electronics - Safety showers & electronics - Centrifuges and balances 13. Review needed availability & service distribution in the lab - Deck mounted pedestals - Wall mounted fittings - Overhead service panels 14. Review lab lighting & orientation for effective illumination of the work spaces 15. For sinks, review location, size, purpose & services needed 16. Confirm locations for: - Coat racks - Safety Glasses - Gloves - Shoe covers - Tack mats 17. Review room air changes needed within the lab and storage spaces 18. Review aisle way clearances - Code considerations - Passage of equipment - Avoid back to back chair arrangements 19. Confirm the placement of all lab safety fixtures and equipment - Eye washes - Safety showers - Fire blankets 20. Review the need for controlled access to the lab and support spaces 21

22 Lab Design Guideline Elements of a Safe and Efficient Lab One of our Lab Furniture Specialists is available to assist with the programming of your lab project. Work Areas Provide adequate space at each bench for equipment to be placed and the process to be performed. Provide adequate space within the lab and between each bench for planned and future work flow and required egress and ingress. Consider all planned and future free standing lab equipment Storage and Equipment Areas Storage and equipment areas should have appropriate ventilation and be sufficient in size All equipment should include a grounded plug. Review any older equipment to be used. Chemical Storage Areas A chemical use assessment should be performed for the project Chemical storage should be secure but provide for safe and convenient retrieval Provide space adequate for the segregation and ventilation of chemicals Separate storage should be provided for flammables, acids, and corrosives Safety Equipment Install eyewash stations within 10 seconds of unobstructed walking time from the location of a hazard Install safety showers within 10 seconds of unobstructed walking time from the location of a hazard Services and Utilities A free standing and bench top equipment spreadsheet should be generated. Among other details, this spreadsheet should include information on all services required by equipment item number. Consideration should be given to electricity, plumbed and bottled gas, hot and cold water, and drainage required for equipment. Consider centralized safety and servicing shutoffs for all utilities Consider telephone, data and low voltage systems Traffic Patterns and Spaces All rooms should have at least two forms of egress Minimum aisleway clearance is 42" Fume hoods should be located away from main traffic aisles or doorways Doors should be inset and open outward Lab Ventilation Understand the use of all chemicals and biological elements for the lab space Chemical fume hoods require a supply air source and are vented to the exterior of the building Ventilation should be considered based upon the procedure or equipment being used The equipment listing mentioned in the Services and Utilities section should include the potential heat gain to the lab. This heat gain needs to be considered when sizing the HVAC system for the project Lab ventilation should be a minimum of 4 exchanges per hour Exhaust fans should be located outside and on the roof of the building 22

23 NAITONAL DIRECT NETWORK PRODUCT BRAND LABORATORY FURNITURE FUME HOOD CLEAN ROOM CATALOG THANK YOU CONTACT US National Direct Network Co., Ltd. 240 Soi Petchkasem 63/4 Petchkasem Road, Bangkae, Bangkae, Bangkok, Thailand Tel : Fax: sales@ndn.co.th บร ษ ท เนช น แนลไดเร ค เน ทเว ร ค จ าก ด 240 ซอย เพชรเกษม 63/4 ถนน เพชรเกษม, แขวง บางแค, เขต บางแค, กร งเทพมหานคร, ประเทศไทย โทร : แฟ กส : อ เมล : sales@ndn.co.th