Global presence 13 manufacturing sites

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1 Concept and Design by Ramstein Ehinger Associates AG Huntsman Advanced Materials We are a leading global supplier of synthetic and fmulated polymer systems f customers requiring high-perfmance materials which outperfm the properties, functionality and durability of traditional mate - rials. Over associates at 13 locations wldwide wk to fulfill this promise day by day. Me than companies around the wld use Huntsman Advanced Materials technologies in key markets such as adhesives and inks, aerospace, automotive, coatings, construction, electronics, medical, marine, power transmission and distribution, spts equipment and wind power generation. Global presence 13 manufacturing sites Marine market F plug, mould, finished parts and maintenance, Huntsman Advanced Materials brings enhanced value to customers by providing new patented and certificated technologies, combined with high quality and reliability. Since the 1950s, from canoes to large luxury and competition boats, we always have been a partner of designers and shipbuilders through our unique product ptfolio. Our materials have proven their efficiency to answer to the high mechanical perfmances required in the strongest shipping conditions. F me infmation / advanced_materials advanced_materials@huntsman.com Europe /Africa: Huntsman Advanced Materials (Switzerland) GmbH Klybeckstrasse 200 P.O. Box 4002 Basel Switzerland Tel Fax India / Middle East: Huntsman Advanced Materials (India) Pvt. Ltd. 5 th Flo, Bldg. No. 10 Solitaire Cpate Park, 167 Guru Hargovindji Marg, Chakal, Andheri (East) Mumbai India Tel Fax /1400 /1500 Asia / Pacific: Huntsman Advanced Materials (Guangdong) Co., Ltd. Rooms , Maxdo Center 8 Xing Yi Road Shanghai, P.R. China Tel Fax Americas: Huntsman Advanced Materials Americas Inc Woodloch Fest Drive The Woodlands Texas USA Tel Fax Legal infmation All trademarks mentioned are either property of li censed to Huntsman Cpation an affiliate thereof in one me, but not all, countries. Sales of the product described herein ( Product ) are subject to the general terms and conditions of sale of either Huntsman Advanced Materials LLC, its appro priate affiliate including without limi ta - tion Huntsman Advanced Materials (Europe) BVBA, Huntsman Advanced Materials Americas Inc., Huntsman Advanced Materials (Hong Kong) Ltd. Huntsman Advanced Materials (Guangdong) Ltd. ( Huntsman ). The following supercedes Buyer s documents. While the infmation and re com mendations included in this publication are, to the best of Huntsman s knowledge, accurate as of the date of publication, NOTHING CONTAINED HEREIN IS TO BE CONSTRUED AS A REPRESENTATION OR WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, NONINFRINGEMENT OF ANY INTELLEC - TUAL PROPERTY RIGHTS, OR WARRANTIES AS TO QUALITY OR CORRESPONDENCE WITH PRIOR DESCRIPTION OR SAMPLE, AND THE BUYER ASSUMES ALL RISK AND LIABILITY WHATSOEVER RESULTING FROM THE USE OF SUCH PRODUCT, WHETHER USED SINGLY OR IN COMBINATION WITH OTHER SUBSTANCES. No statements recommendations made herein are to be construed as a representa tion about the suitability of any Product f the particular application of Buyer user as an inducement to infringe any patent other intellectual property right. Data and results are based on controlled conditions and/ lab wk. Buyer is responsible to determine the applicability of such infmation and recommendations and the suitability of any Product f its own particular purpose, and to ensure that its intended use of the Product does not infringe any intellectual property rights. The Product may be become hazardous. Buyer should (i) obtain Material Safety Data Sheets and Technical Data Sheets from Huntsman containing detailed infmation on Product hazards and toxicity, together with proper shipping, handling and stage procedures f the Prod uct, (ii) take all steps necessary to adequately infm, warn and familiarize its employees, agents, direct and in direct customers and contracts who may handle be exposed to the Product of all hazards pertaining to and proper procedures f safe handling, use, stage, transptation and disposal of and exposure to the Product and (iii) comply with and ensure that its employees, agents, direct and indirect customers and contracts who may handle be exposed to the Product comply with all safety infmation contained in the applicable Material Safety Data Sheets, Technical Data Sheets other instructions provided by Huntsman and all applicable laws, regulations and standards relating to the handling, use, stage, distribution and disposal of and exposure to the Product. Please note that products may differ from country to country. If you have any queries, kindly contact your local Huntsman representative Huntsman Cpation. All rights reserved. Ref. No. AdMat Marine select guide 05.11_EN_EU

2 Advanced Materials High quality and reliability Tooling, composites, bonding and maintenance systems Marine select guide

3 Tooling systems Master model / plug Colour Density Hardness Coefficient of thermal expansion Heat deflection temperature Compressive Flexural Conditions 1.8 MPa Nm ISO 868 ISO ISO 75 ISO 604 ISO 178 Unit g / cm³ She D 10-6 K -1 C MPa MPa Seamless modeling pastes: a range of machine-applied epoxy pastes f rapid CAD / CNC tooling RenPaste SV / Ren HV Brown (3 days at RT) 42 (3 days at RT) 54 (8 h at 80 C) 11.5 (3 days at RT) 11 (3 days at RT) Low exotherm f application to 40 mm, optimum dimensional stability, machinable after 1 day at RT, 1 : 1 mix ratio RenPaste 4666 resin / Ren 4666 hardener Light grey (7 days at RT) 52 (7 days at RT) 72 (RT + ) 82 (RT + 8 h at 80 C) 20 (7 days at RT) 19 (7 days at RT) Rapid but fmulated f low exotherm, machinable after 1 day at RT, 1 : 1 mix ratio Mould production with wet lay-up infusion processes (heat resistant up to 120 C) Colour Mix ratio Pot life Demoulding time Density Hardness Heat deflection temperature Conditions 250 ml 1.8 MPa Nm ISO 868 ISO 75 Unit pbw min h g / cm 3 She D C Surface coats: high-perfmance epoxy tooling brush gelcoats RenGel SW 18 / Ren HY 2404 Green 100 : RenGel SW 18 / Ren HY 5159 Green 100 : High gloss, excellent styrene resistance Resin XD 4615 / Ren HY 5159 Resin XD 4623 / Ren HY 5159 Black 100 : Green 100 : High temperature resistance Coupling layer RenGel P99 / Ren HY 5159 Grey 100 : Recommended f optimum bonding between gelcoats and a range of backing resins RT: Room temperature = 23 ± 2 o C 2

4 Mould production with wet lay-up infusion processes (heat resistant up to 120 C) Colour Mix ratio Pot life Recommended schedule Density Heat deflection temperature Conditions RT, 500 ml 1.8 MPa Nm ISO 75 Unit pbw min g / cm 3 C Backing structure: high-perfmance epoxy resin systems RenLam CY 219 / Ren HY 5160 Pale yellow 100 : days at RT 14 h at 40 C RenLam CY 219 / Ren HY 5161 Pale yellow 100 : days at RT 14 h at 40 C Adjustable reactivity, good properties with RT RenLam CY 219 / Ren HY 5162 Pale yellow 100 : days at RT 14 h at 40 C RenLam LY 113 / Ren HY 97-1 Clear to pale yellow 100 : h up to 120 C RenLam LY 113 / Ren HY 98 Clear to pale yellow 100 : h gradually up to 120 C Low viscosity, high temperature resistance RenLam LV / Ren HY 2959 Blue grey 100 : days at RT Glass fibre reinfced epoxy paste f hand application, excellent f tight angles / complicated shapes Mould production with wet lay-up infusion processes (heat resistant up to 180 C) Colour Mix ratio Viscosity Pot life Demoulding time Recommended schedule Density Tg Conditions RT RT DSC, 10 K/ min Nm IEC 1006 Unit pbw mpa s min g / cm 3 C Surface coats: high-temperature epoxy tooling brush gelcoats RenGel SW 5200 / Ren HY 5212 RenGel SW 5200 / Ren HY 5213 Black 100 : 20 Thixotropic 600 (500 ml) 14 h at C Black 100 : 16 Thixotropic 270 (250 ml) 14 h at C 12 h at 40 C + 2h at 80 C + 2 h at 180 C + 12 h at 200 C 12 h at 40 C + 2h at 80 C + 2 h at 180 C + 12 h at 180 C Very high temperature perfmance achieved following suitable post, She D hardness 90 Backing structure: high-temperature epoxy resin systems RenLam LY 5210 / Ren HY 5212 RenLam LY 5210 / Ren HY 5213 Amber 100 : (500 ml) 14 h at C Amber 100 : (500 ml) 14 h at C 12 h at 40 C + 2h at 80 C + 2 h at 180 C + 12 h at 200 C 12 h at 40 C + 2h at 80 C + 2 h at 180 C + 12 h at 180 C Very high temperature perfmance achieved following suitable post Araldite LY 8615 / Aradur 8615 Amber 100 : (100 ml) 24 h at 40 C 24 h at 40 C + 2h at 80 C + 2 h at 180 C + 12 h at 200 C 1.1 ca. 220 Low viscosity ideal f infusion, very high temperature perfmance achieved following suitable post RT: Room temperature = 23 ± 2 o C 3

5 Composite epoxy resin systems Resin systems f composite parts production Pot life Recommended schedule Mix viscosity Tg max Flexural Ultimate flexural elongation Fracture toughness K1C Fracture energy G1C Conditions RT, 100 ml RT DSC, 10 K/ min Nm IEC 1006 Unit min mpa s C MPa % MPa m J / m 2 Wet lay-up systems Araldite LY 3505 / days at RT Araldite LY 3505 / Aradur days at RT Laminating system without reactive diluent, adjustable reactivity, Araldite LY 3297 / Aradur 3298 Araldite LY 3297 / Aradur days at RT days at RT 6 h at 80 C Good at RT, good toughness Resin XU 3508 / Resin XU 3508 / Aradur h at 60 C + 8 h at 80 C h at 60 C + 8 h at 80 C Toughened resin with very high impact Injection / infusion systems Aradur h at 40 C 10 h at 60 C h at 40 C 4 h at 60 C Low temperature Aradur days at RT Aradur days at RT Adjustable reactivity, Aradur days at RT Aradur days at RT (40 C) High temperature perfmance Araldite LY 1568 / Aradur h at 80 C Araldite LY 1568 / Aradur 3491 Araldite LY 1568 / Aradur h at 80 C h at 80 C Low exotherm, RT: Room temperature = 23 ± 2 o C Fracture properties (K1C, C1C): CG method PM 258-0/90 (bend notch test): K1C (mpa m): fracture toughness G1C (J / m 2 ): fracture energy 4

6 Epoxy prepreg systems B-staging Shelf life Recommended schedule Tg Fracture toughness Fracture energy K1C G1C Conditions 23 C DSC, 10 K/ min Nm IEC 1006 Unit C MPa m J / m 2 Araldite LY 1556 / Aradur 1571 / Accelerat 1573 / h at 23 C > 6 weeks 2 h at 120 C Easy B-staging, Araldite LY 1556 / Aradur 1571 / Accelerat 1573 / Hardener XB 3471 Resin XU 3508 / Aradur 1571 / Accelerat 1573 / Resin XU 3508 / Aradur 1571 / Accelerat 1573 / Hardener XB min at C 24 h at 23 C 3 6 min at 90 C > 6 weeks 2 h at 120 C Sharp B-staging > 1 month 4 h at 120 C Toughened prepreg with easy B-staging, > 1 month 4 h at 120 C Toughened prepreg with sharp B-staging Parts should be post-d in der to obtain optimum mechanical properties Fracture properties (K1C, C1C): CG method PM 258-0/90 (bend notch test): K1C (mpa m): fracture toughness G1C (J / m 2 ): fracture energy 5

7 Bonding and sealing Structural adhesives f parts assembly with composite, plastics and metals Colour Mix ratio Gap filling Pot life Recommended schedule Lap shear Typical d Tg Conditions 23 C, 100 g aluminium DSC, 10 K/ min Nm IEC 1006 Unit pbv mm min N / mm 2 C Epoxy adhesives Araldite 2011 Pale yellow 100 :100 none h at RT 16 h at 40 C General-purpose epoxy adhesive, Araldite 2012 Pale yellow 100 :100 none h at RT 2 h at 40 C Rapid- general-purpose epoxy adhesive, Araldite 2013 Metallic grey 100 : h at RT 2 h at 60 C Toughened epoxy suitable f dissimilar substrates, Araldite 2015 Neutral 100 : h at RT 2 h at 60 C Araldite 2031 Black 100 : h at RT 2 h at 60 C Toughened gap-filling epoxy f GRP and SMC bonding, cartridge and bulk packs Toughened black epoxy adhesive, Araldite 420 A / B Dark green 100 : 50 none days at RT 4 h at 70 C Tough epoxy adhesive with high shear and peel, cartridge and bulk packs Araldite AV / Hardener HV Neutral 100 : h at RT 2 h at 60 C Toughened epoxy, bulk packs Araldite AW 4856 / Hardener HW 4856 Green 100 : (500 g) 7 days at RT 4 h at 70 C , bulk packs Araldite AW 4859 / Hardener HW 4859 Black 100 : h at RT 3 h at 80 C Toughened black epoxy adhesive, high-temperature resistance, very high lap shear and peel, Methacrylate adhesive Araldite 2021 Yellow 100 : h at RT Very rapid curing tough adhesive, Araldite 2022 Yellow 100 : h at RT Rapid-curing tough adhesive, Polyurethane adhesive Arathane 4497 PO / Arathane 3304 IS Beige 100 : h at RT 2 h at 40 C Rapid-curing PU system, bulk packs Moisture 1-component elastic adhesives Colour Cure mechanism Gap filling Skin fmation time Cure rate Youngs modulus Elongation at break Conditions 23 C, 50 % RH 23 C, 50 % RH Nm Unit mm min mm / day MPa % Silane-modified polymers Araldite 2060 Brilliant white Moisture curing ca General-purpose high-elongation adhesive, non-hazardous, does not contain isocyanate Araldite 2061 Black Moisture curing ca General-purpose high-elongation adhesive, non-hazardous, does not contain isocyanate, particularly suited f teak deck caulking RT: Room temperature = 23±2 C Bond depends on surface treatment pri to bonding 6

8 Maintenance Description Mix ratio Pot life Recommended schedule Lap shear Tg max Gap filling Conditions RT, 100 g Aluminium DSC, 10 K/ min Nm IEC 1006 Unit pbv min N / mm 2 C mm Araldite 2021 MMA system 1 : h at ambient Very fast-setting, tough adhesive f rapid fixing and filling of small voids Araldite 2022 MMA system 1 : h at ambient Medium open time and fast-curing adhesive f field / wkshop operations Arathane 4497 PO / Arathane 3304 IS PU system 100 : h at RT 2 h at 40 C Fast-setting adhesive, filling holes Araldite 2029 PU system 1 : h at ambient 2 h at 60 C Long open time adhesive, filling holes Hardener XB 3458 Resin XB 3585 / Hardener XB 3458 EP system 100 : days at 23 C 15 min at 80 C EP system 100 : days at 23 C 15 min at 80 C n / a n / a n / a n / a High-reactivity repair system, good toughness resistance Araldite LY 3297 / Aradur 3298 Araldite LY 3297 / Aradur 3299 EP system 100 : days at 23 C 1 day at 23 C + 4h at 90 C EP system 100 : days at 23 C 1 day at 23 C + 4 h at 90 C n / a n / a n / a n / a Wet lay-up repair process, longer handling time RT: Room temperature = 23±2 C 7