DOW ENDURANCE™ HFDA-0801 BK EHV is a specially formulated semiconductive, vulcanizable compound designed for conductor shield and bonded insulation shield applications in high and extra-high voltage crosslinked polyethylene insulated cables.(1) DOW ENDURANCE™ HFDA-0801 BK EHV has demonstrated compatibility with copper and aluminum conductors. DOW ENDURANCE™ HFDA-0801 BK EHV was specifically developed utilizing a special acetylene carbon black to provide a supersmooth surface to achieve best in class performance and yielding a more perfect interface between the extruded shield and the insulation. As a result, significantly improved cable performance can be expected. Specifications DOW ENDURANCE™ HFDA-0801 BK EHV is designed for use in power distribution cables. Cables with conductor and insulation shielding of DOW ENDURANCE™ HFDA-0801 BK EHV, prepared using sound commercial fabrication practice, would be expected to meet the following specifications: - AEIC: CS8, CS9 - IEC: 60502, 60840, 62067 - ICEA: S-108-720; S-94-649; S-97-682, S-93-639 - DIN: VDE 0276-632, 0276-620 - BS: 6622 - CENELEC: HD620 S1, HD632 S1 - ISO 1872-E/BA, KHXY, 23-G200, C40 - NF: C33-223, C33-226 - UTE: C33-223 (1) DOW ENDURANCE™ HFDA-0801 BK EHV is recommended for use in conjunction with DOW cross-linked polyethylene and tree-retardant cross-linked polyethylene compounds. For other polymer insulation such as EPR and EPDM's, the user is cautioned to establish the utility of DOW ENDURANCE™ HFDA-0801 BK EHV with each formulation.

DOW ENDURANCE™ HFDA-0801 BK is a specially formulated semiconductive, vulcanizable compound designed for conductor shield and bonded insulation shield applications in medium and high voltage crosslinked polyethylene insulated cables.(1) DOW ENDURANCE™ HFDA-0801 BK has demonstrated compatibility with copper and aluminum conductors. DOW ENDURANCE™ HFDA-0801 BK was specifically developed utilizing a special acetylene carbon black to provide a supersmooth surface to achieve best in class performance and yielding a more perfect interface between the extruded shield and the insulation. As a result, significantly improved cable performance can be expected. Specifications DOW ENDURANCE™ HFDA-0801 BK is designed for use in power distribution cables. Cables with conductor and insulation shielding of DOW ENDURANCE™ HFDA-0801 BK, prepared using sound commercial fabrication practice, would be expected to meet the following specifications: - AEIC: CS8, CS9 - IEC: 60502, 60840, 62067 - ICEA: S-108-720; S-94-649; S-97-682, S-93-639 - DIN: VDE 0276-632, 0276-620 - BS: 6622 - CENELEC: HD620 S1, HD632 S1 - ISO 1872-E/BA, KHXY, 23-G200, C40 - NF: C33-223, C33-226 - UTE: C 33-223 (1) DOW ENDURANCE™ HFDA-0801 BK is recommended for use in conjunction with DOW cross-linked polyethylene and tree-retardant cross-linked polyethylene compounds. For other polymer insulation such as EPR and EPDM's, the user is cautioned to establish the utility of DOW ENDURANCE™ HFDA-0801 BK with each formulation.

DOW ENDURANCE™ HFDA-0802 BK EC is a specially formulated semiconductive, vulcanizable compound designed for conductor shield and bonded insulation shield applications in medium and high voltage crosslinked polyethylene insulated cables.(1) DOW ENDURANCE™ HFDA-0802 BK EC has stable volume resistivity characteristics at elevated temperatures and is formulated with a polymer system that assists in obtaining minimum shrinkback on aluminum conductors, especially solid conductors. DOW ENDURANCE™ HFDA-0802 BK EC is not recommended for use with bare copper conductors. DOW ENDURANCE™ HFDA-0802 BK EC was specifically developed utilizing a special acetylene carbon black to provide a supersmooth surface to achieve best in class performance and yielding a more perfect interface between the extruded shield and the insulation. As a result, significantly improved cable performance can be expected. Specifications DOW ENDURANCE™ HFDA-0802 BK EC is designed for use in power distribution cables. Cables with conductor and insulation shielding of DOW ENDURANCE™ HFDA-0802 BK EC, prepared using sound commercial fabrication practice, would be expected to meet the following specifications: - ANSI/ICEA: S-94-649, S-97-682, S-93-639 / NEMA WC74 - AEIC: CS8 - IEC: 60502 (1) DOW ENDURANCE™ HFDA-0802 BK EC is recommended for use in conjunction with DOW cross-linked polyethylene and tree-retardant cross-linked polyethylene compounds. For other polymer insulation such as EPR and EPDMs, the user is cautioned to establish the utility of DOW ENDURANCE™ HFDA-0802 BK EC with each formulation.

Overview DOW ENDURANCE™ HFDB-0586 BK ES is a specially formulated semiconductive, vulcanizable compound designed for use as an extruded conductor shield and bonded insulation shield applications in power cables.(1) DOW ENDURANCE ™ HFDB-0586 BK ES has stable volume resistivity characteristics at elevated temperatures and is formulated with a polymer system that has demonstrated compatibility with copper and aluminum conductors. DOW ENDURANCE™ HFDB-0586 BK ES offers outstanding extrusion properties with low melt pressures and low temperature generation that result in outstanding scorch resistance under a wide processing window. (1) DOW ENDURANCE™ HFDB-0586 BK ES is recommended for use in conjunction with DOW cross-linked polyethylene and tree-retardant cross-linked polyethylene compound. For other polymer insulations as well as EPR and EPDM the user is cautioned to establish the utility of DOW ENDURANCE™ HFDB-0586 BK ES with each formulation. Applications DOW ENDURANCE HFDB-0586 BK ES has been designed for semiconductive applications in power distribution and transmission cables for cable rated up to 230 kV. It can be used as inner and outer semiconductive layer for bonded cable applications and as inner semiconductive layer for strippable cable constructions. Contact your Dow representative for further recommendations. Specifications DOW ENDURANCE™ HFDB-0586 BK ES is designed for use in power distribution and transmission cables. Power cables with conductor and insulation shielding made of DOW ENDURANCE™ HFDB-0586 BK ES, prepared using sound, commercial fabrication practice, would be expected to meet the following cable specification(s): - IEC: 60502-2 and 60840 - HD: 620 S2 and 632 S2 - BS: 6622 - DIN: VDE 0273 and 0263 - Edf: HN-33-S-23 and HN-33-S-52 - AEIC: CS8, CS9 - AEIC: ICEA: S-94-649, S-97-682, S-113-684, S-66-524 (NEMA WC7), S-108-720 - GB/T 12706, GB/T 11017

Overview DOW ENDURANCE™ HFDB-0586 BK S is a specially formulated semiconductive, vulcanizable compound designed for use as an extruded conductor shield and bonded insulation shield applications in power cables, especially developed for use in high voltage cables.(1) DOW ENDURANCE™ HFDB-0586 BK S meets stringent requirements for product smoothness. DOW ENDURANCE ™ HFDB-0586 BK S has stable volume resistivity characteristics at elevated temperatures and is formulated with a polymer system that has demonstrated compatibility with copper and aluminum conductors. DOW ENDURANCE™ HFDB-0586 BK S offers outstanding extrusion properties with low melt pressures and low temperature generation that result in outstanding scorch resistance and outstanding smoothness under a wide processing window. (1) DOW ENDURANCE™ HFDB-0586 BK S is recommended for use in conjunction with DOW cross-linked polyethylene and tree-retardant cross-linked polyethylene compound. For other polymer insulations, the user is cautioned to establish the utility of DOW ENDURANCE™ HFDB-0586 BK S. Applications DOW ENDURANCE™ HFDB-0586 BK S has been designed for semiconductive applications in power distribution and transmission cables for cable rated up to 230 kV. It can be used as inner and outer semiconductive layer for bonded cable applications and as inner semiconductive layer for strippable cable constructions. Contact your Dow representative for further recommendations. Specifications DOW ENDURANCE™ HFDB-0586 BK S is designed for use in power distribution and transmission cables. Power cables with conductor and/or insulation shielding made of DOW ENDURANCE™ HFDB-0586 BK S, prepared using sound, commercial fabrication practice, would be expected to meet the following cable specification(s): - IEC: 60502-2, 60840 and 62067 - HD: 620 S2 and 632 S2 - BS: 6622 - DIN: VDE 0273 and 0263 - Edf: HN-33-S-23 and HN-33-S-52 - AEIC: CS8, CS9 - ICEA: S-94-649, S-97-682, S-113-684, S-66-524 (NEMA WC7), S-108-720 - GB/T 12706, GB/T 11017, GB/T 18890

Overview DOW ENDURANCE™ HFDB-0586 BK is a specially formulated semiconductive, vulcanizable compound designed for use as an extruded conductor shield and bonded insulation shield applications in power cables.(1) DOW ENDURANCE ™ HFDB-0586 BK has stable volume resistivity characteristics at elevated temperatures and is formulated with a polymer system that has demonstrated compatibility with copper and aluminum conductors. DOW ENDURANCE™ HFDB-0586 BK offers outstanding extrusion properties with low melt pressures and low temperature generation that result in outstanding scorch resistance under a wide processing window. (1) DOW ENDURANCE™ HFDB-0586 BK is recommended for use in conjunction with DOW cross-linked polyethylene and tree-retardant cross-linked polyethylene compound. For other polymer insulations as well as EPR and EPDM the user is cautioned to establish the utility of DOW ENDURANCE™ HFDB-0586 BK with each formulation. Applications DOW ENDURANCE™ HFDB-0586 BK has been designed for semiconductive applications in power distribution and transmission cables for cables rated up to 150 kV. It can be used as inner and outer semiconductive layer for bonded cable applications and as inner semiconductive layer for strippable cable constructions. Contact your Dow representative for further recommendations. Specifications DOW ENDURANCE™ HFDB-0586 BK is designed for use in power distribution and transmission cables. Power cables with conductor and insulation shielding made of DOW ENDURANCE™ HFDB-0586 BK, prepared using sound, commercial fabrication practice, would be expected to meet the following cable specification(s): - IEC: 60502-2 and 60840 - HD: 620 S2 and 632 S2 - BS: 6622 - DIN: VDE 0273 and 0263 - Edf: HN-33-S-23 and HN-33-S-52 - AEIC: CS8, CS9 - AEIC: ICEA: S-94-649, S-97-682, S-113-684, S-66-524 (NEMA WC7), S-108-720 - GB/T 12706, GB/T 11017

Overview DOW ENDURANCE™ HFDC-0586 BK is a specially formulated semiconductive, vulcanizable compound designed for use as an extruded conductor shield and bonded insulation shield applications in power cables.(1) DOW ENDURANCE ™ HFDC-0586 BK has stable volume resistivity characteristics at elevated temperatures and is formulated with a polymer system that has demonstrated compatibility with copper and aluminum conductors. DOW ENDURANCE™ HFDC-0586 BK offers outstanding extrusion properties with low melt pressures and low temperature generation that result in outstanding scorch resistance under a wide processing window. (1) DOW ENDURANCE™ HFDC-0586 BK is recommended for use in conjunction with DOW cross-linked polyethylene and tree-retardant cross-linked polyethylene compound. For other polymer insulations as well as EPR and EPDM the user is cautioned to establish the utility of DOW ENDURANCE™ HFDC-0586 BK with each formulation. Applications DOW ENDURANCE™ HFDC-0586 BK has been designed for semiconductive applications in power distribution and transmission cables for cables rated up to 150 kV. It can be used as inner and outer semiconductive layer for bonded cable applications and as inner semiconductive layer for strippable cable constructions. Contact your Dow representative for further recommendations. Specifications DOW ENDURANCE™ HFDC-0586 BK is designed for use in power distribution and transmission cables. Power cables with conductor and insulation shielding made of DOW ENDURANCE™ HFDC-0586 BK, prepared using sound, commercial fabrication practice, would be expected to meet the following cable specification(s): - IEC: 60502-2 and 60840 - HD: 620 S2 and 632 S2 - BS: 6622 - DIN: VDE 0273 and 0263 - Edf: HN-33-S-23 and HN-33-S-52 - AEIC: CS8, CS9 - AEIC: ICEA: S-94-649, S-97-682, S-113-684, S-66-524 (NEMA WC7), S-108-720 - GB/T 12706, GB/T 11017

The green, cost-efficient and versatile material for furniture and interior. DuraSense™ is a blend of wood fibres and plastic material, offering a light and flexible solution with the mouldability of plastic, yet the sustainable benefits of wood. Value proposition: Suitable for products with high sustainability agenda and/or demand for usage of bio-based material Typical applications: Fully renewable products. Project Driven and for specific applications

The green, cost-efficient and versatile material for furniture and interior. DuraSense™ is a blend of wood fibres and plastic material, offering a light and flexible solution with the mouldability of plastic, yet the sustainable benefits of wood. Value proposition: Suitable for products with high impact strength demand and/or demand for flexibel/bendable properties Typical applications: Boxes, Covers, Lids, Handles

The green, cost-efficient and versatile material for furniture and interior. DuraSense™ is a blend of wood fibres and plastic material, offering a light and flexible solution with the mouldability of plastic, yet the sustainable benefits of wood. Value proposition: Suitable for products which are in contact with food Typical applications: Cutlery, Utensils, Plates, Mugs, Cutting Boards, Food boxes, Knife Handles

DuraSense® consists of a wood-fiber reinforced polymer matrix. It contains a high amount of renewable fibrous material, giving it several notable advantages, such as: - Reduced carbon emissions compared to conventional polymers - Excellent tensile- and flexural properties - Frequently reduced cycle time in injection moulding applications - Unique tactile feeling and natural appearance. The material can also be colored Applications This grade is designed for injection moulding. It has been modified for increased impact strength and have visual fibers giving a very natural look and feel. - Consumer goods - Boxes - Housings - Components & handles - Furniture - Logistic components Certifications & compliance Stora Enso's Biocomposites unit is fully certified in accordance with ISO 9001, OHSAS 18001, ISO 14001, ISO 50001, Chain of Custody, FSC and PEFC. Futhermore, this grade is compliant with below regulation(s) as amended. Please note that restrictions may apply, contact your sales representative for more information. - EN 71-3, Safety for Toys - EU Legislation 1935/2004 - EU Legislation 2023/2006 - Plastic regulation EU/10/2011 Environment The product contains a high amount of wood, a renewable resource. The material is recyclable and can also be used for energy recovery by incineration.

The green, cost-efficient and versatile material for furniture and interior. DuraSense™ is a blend of wood fibres and plastic material, offering a light and flexible solution with the mouldability of plastic, yet the sustainable benefits of wood. Value proposition: Suitable for products with high property demands Typical applications: Kitchen legs, Arm rest, Chairs, Load bearing components, Wood fibres not visible

DuraSense® consists of a wood-fiber reinforced polymer matrix. It contains a high amount of renewable fibrous material, giving it several notable advantages, such as: - Reduced carbon emissions compared to conventional polymers - Excellent tensile- and flexural properties - Frequently reduced cycle time in injection moulding applications - Unique tactile feeling and natural appearance. The material can also be colored Applications This grade is designed for injection moulding. It's a well rounded general purpose grade with visual fibers that gives it a very natural look and a pleasent haptics. - Cutlery - Kitchen utensils - Consumer goods - Containers - Appliances & components Certifications & compliance Stora Enso's Biocomposites unit is fully certified in accordance with ISO 9001, OHSAS 18001, ISO 14001, ISO 50001, Chain of Custody, FSC and PEFC. Futhermore, this grade is compliant with below regulation(s) as amended. Please note that restrictions may apply, contact your sales representative for more information. - EN 71-3, Safety for Toys - EU Legislation 1935/2004 - EU Legislation 2023/2006 - Plastic regulation EU/10/2011 Environment The product contains a high amount of wood, a renewable resource. The material is recyclable and can also be used for energy recovery by incineration.

DuraSense® consists of a wood-fiber reinforced polymer matrix. It contains a high amount of renewable fibrous material, giving it several notable advantages, such as: - Reduced carbon emissions compared to conventional polymers - Excellent tensile- and flexural properties - Frequently reduced cycle time in injection moulding applications - Unique tactile feeling and natural appearance. The material can also be colored Applications This grade is designed for injection moulding. It's a well rounded general purpose grade with visual fibers that gives it a very natural look and a pleasent haptics. - Cutlery - Kitchen utensils - Consumer goods - Containers - Appliances & components Certifications & compliance Stora Enso's Biocomposites unit is fully certified in accordance with ISO 9001, OHSAS 18001, ISO 14001, ISO 50001, Chain of Custody, FSC and PEFC. Futhermore, this grade is compliant with below regulation(s) as amended. Please note that restrictions may apply, contact your sales representative for more information. - EN 71-3, Safety for Toys Environment The product contains a high amount of wood, a renewable resource. The material is recyclable and can also be used for energy recovery by incineration.

DuraSense® consists of a wood-fiber reinforced polymer matrix. It contains a high amount of renewable fibrous material, giving it several notable advantages, such as: - Reduced carbon emissions compared to conventional polymers - Excellent tensile- and flexural properties - Frequently reduced cycle time in injection moulding applications - Unique tactile feeling and natural appearance. The material can also be colored Applications This grade is designed for injection moulding. It's a well rounded general purpose grade with visual fibers that gives it a very natural look and a pleasent haptics. - Cutlery - Kitchen utensils - Consumer goods - Containers - Appliances & components Certifications & compliance Stora Enso's Biocomposites unit is fully certified in accordance with ISO 9001, OHSAS 18001, ISO 14001, ISO 50001, Chain of Custody, FSC and PEFC. Futhermore, this grade is compliant with below regulation(s) as amended. Please note that restrictions may apply, contact your sales representative for more information. - EN 71-3, Safety for Toys - EU Legislation 1935/2004 - EU Legislation 2023/2006 - Plastic regulation EU/10/2011 Environment The product contains a high amount of wood, a renewable resource. The material is recyclable and can also be used for energy recovery by incineration.

The green, cost-efficient and versatile material for furniture and interior. DuraSense™ is a blend of wood fibres and plastic material, offering a light and flexible solution with the mouldability of plastic, yet the sustainable benefits of wood. Value proposition: Suitable for products with high sustainability agenda and/or demand for usage of recycled material Typical applications: Wood fibres combined with Recycled Plastics. Project Driven and for specific applications

The green, cost-efficient and versatile material for furniture and interior. DuraSense™ is a blend of wood fibres and plastic material, offering a light and flexible solution with the mouldability of plastic, yet the sustainable benefits of wood. Value proposition: Suitable for products where renewability or green values are to be communicated Typical applications: Chairs, Cloth Racks, Pots, Handles, Lamps, Office accessories, Wood fibres visible

Impact Modified Alloy Features: - Good Impact Resistance - Excellent Processability - Good Dimensional Stability Applications: - Consumer Goods - Industrial - Appliances

High Strength Polymer Features: - Excellent Chemical Resistance - Excellent Processability - Strength, High Applications: - Metal Replacement - Industrial

Aromatic Alloy Features: - Excellent Chemical Resistance - Autoclavable - Transparent - Aromatic Applications: - Medical - Industrial - Food/Cosmetic

High Temperature Polymer Features: - Good Processing - Excellent Chemical Resistance - Low Temperature Properties Applications: - Wire and Cable - Industrial - Automotive

High Temperature Polymer Features: - Good Processing - Excellent Chemical Resistance - Low Temperature Properties Applications: - Wire and Cable - Industrial - Automotive

High Temperature Polymer Features: - Good Processing - Excellent Chemical Resistance - Low Temperature Properties Applications: - Wire and Cable - Industrial - Automotive

High Temperature Polymer Features: - Good Processing - Excellent Chemical Resistance - Low Temperature Properties Applications: - Wire and Cable - Industrial - Automotive

CATALYST MASTERBATCH FOR USE WITH SILANE GRAFTED MOISTURE CROSSLINKABLE POLYMERS (RoHS COMPLIANT) DESCRIPTION Polymeric composition in pellet form designed to be used to promote crosslinking in moisture curable systems. APPLICATIONS When used in correct ratios with a grafted base polymer, this catalyst masterbatch will allow the silane grafted polymer system to crosslink when exposed to moisture and greatly improve thermal/physical/chemical performance.

CATALYST MASTERBATCH FOR USE WITH SILANE GRAFTED MOISTURE CROSSLINKABLE POLYMERS (RoHS COMPLIANT). DESCRIPTION Polymeric composition in pellet form designed to be used to promote crosslinking of moisture curable polymers. CMB-532 also contains antioxidants to provide good heat resistance to moisture cured systems. APPLICATIONS When used in correct ratios with a grafted base polymer, this catalyst masterbatch will allow the silane grafted polymer system to crosslink when exposed to moisture and greatly improve thermal/physical/chemical performance.

CATALYST MASTERBATCH FOR USE WITH SILANE GRAFTED MOISTURE CROSSLINKABLE POLYMERS (RoHS COMPLIANT) DESCRIPTION Polymeric composition in pellet form designed to be used to promote crosslinking in moisture curable systems. APPLICATIONS When blended in correct ratios with the recommended AquaGraft® base composition, this catalyst masterbatch will promote system crosslinking when exposed to moisture in a controlled manner and will greatly improve the system's thermal/physical/chemical performance.

FLAME RETARDANT CATALYST MASTERBATCH DESIGNED FOR USE IN MOISTURE CURE APPLICATIONS (ROHS COMPLIANT) DESCRIPTION Colorable polymeric composition in pellet form designed to be used in moisture crosslinkable applications requiring added flame resistance. APPLICATIONS When used in correct ratios with a grafted base polymer, this product will allow the cable to pass the various industry required flame tests and perform in wet environments up to 90oC in applications up to 600 Volts. SPECIFICATIONS When extruded and cured consistent with standard safe wire and cable industry practices, cable insulated with the correct ratios of EP-MC-4 and FMB-5008 / CMB-432 will comply with the requirements as specified in the following standards: UL 44 for: XHHW, XHHW-2 RHW, RHW-2 RHH SIS USE, USE-2 Horizontal Flame VW-1 on larger cable sizes

FLAME RETARDANT CATALYST MASTERBATCH DESIGNED FOR USE IN MOISTURE CURE APPLICATIONS WHERE HIGH HEAT RESISTANCE IS REQUIRED (ROHS COMPLIANT) DESCRIPTION Colorable polymeric composition in pellet form designed to be used with grafted base in moisture crosslinkable applications requiring excellent thermal stability and flame resistance. APPLICATIONS When used in correct ratios with a grafted base polymer, this product will allow the cable to pass the requirements for 150C AWM appliance and other low voltage applications. SPECIFICATIONS When extruded and cured consistent with standard safe wire and cable industry practices, wire insulated with the correct ratios of grafted polymer (EPMC-16 or PEMC-1) and FMB 5150 will comply with the UL requirements for AWM style wires including Class 38 per UL 1581 for 150C XLPO

FLAME RETARDANT CATALYST MASTERBATCH DESIGNED FOR USE IN MOISTURE CURE APPLICATIONS (ROHS COMPLIANT) DESCRIPTION Colorable polymeric composition in pellet form designed to be used in moisture crosslinkable applications requiring added flame resistance. APPLICATIONS When used in correct ratios with a grafted base polymer, this product will allow the cable to pass the various industry required flame tests and perform in wet environments up to 90oC in applications up to 600 Volts. SPECIFICATIONS When extruded and cured consistent with standard safe wire and cable industry practices, cable insulated with the correct ratios of EPMC-(X) or PEMC and FMB-6008 / CMB-432 will comply with the requirements as specified in the following standards: UL 44 for: XHHW, XHHW-2 RHW, RHW-2 RHH SIS USE, USE-2 Horizontal Flame VW-1

FLAME RETARDANT CATALYST MASTERBATCH DESIGNED FOR USE IN MOISTURE CURE APPLICATIONS (ROHS COMPLIANT) DESCRIPTION Colorable polymeric composition in pellet form designed to be used in moisture crosslinkable applications requiring added flame resistance. PPLICATIONS When used in correct ratios with a grafted base polymer, this product will meet various low voltage and specialty wire and cable requirements. SPECIFICATIONS When extruded and cured consistent with standard safe wire and cable industry practices, cable insulated with the correct ratios of EPMC-16 or PEMC-1 and FMB-6010 will comply with the requirements as specified in the following standards: UL 44 for: RHW, RHW-2 RHH SIS CSA 22.2 No. 38 for: RW-75, RWU-75, R-90, RW-90 UL Horizontal Flame FT-2 Flame

Edge™ Copolymer is a clear thermoplastic resin that combines crystal clarity and rigidity with superior toughness. Edge™ 8 products were designed to compete with the slightly more brittle resins like GPPS, SAN, or General Purpose Acrylic.

Electrodag PF-021 encapsulating photopolymer is designed to secure low profile surface mount devices (SMD) to rigid or flexible substrates. It is particularly effective for use as a physical and environmental protection of the mounted device.

Elium® resins are innovative materials for the production of thermoplastic composites reinforced by continuous glass, carbon or natural fibers. Elium® resins can be processed by RTM, Infusion and pultrusion depending on the number of parts to be manufactured per day and the specifications of the part. Elium® resins are processed on similar equipment to that used today for thermoset composites, with similar polymerization cycle times and conditions. - Liquid at room temperature - Easily processed by RTM, infusion and pultrusion - Excellent strength, stiffness and toughness - Assembly by welding and/or adhesives Elium® 150 Application: - Sport - Medicine Elium® 150 Process: - Infusion - Light RTM

Elium® resins are innovative materials for the production of thermoplastic composites reinforced by continuous glass, carbon or natural fibers. Elium® resins can be processed by RTM, Infusion and pultrusion depending on the number of parts to be manufactured per day and the specifications of the part. Elium® resins are processed on similar equipment to that used today for thermoset composites, with similar polymerization cycle times and conditions. - Liquid at room temperature - Easily processed by RTM, infusion and pultrusion - Excellent strength, stiffness and toughness - Assembly by welding and/or adhesives Elium® 151 SO Application: - Marine - Industrial Elium® 151 SO Process: - Infusion - Light RTM

Elium® resins are innovative materials for the production of thermoplastic composites reinforced by continuous glass, carbon or natural fibers. Elium® resins can be processed by RTM, Infusion and pultrusion depending on the number of parts to be manufactured per day and the specifications of the part. Elium® resins are processed on similar equipment to that used today for thermoset composites, with similar polymerization cycle times and conditions. - Liquid at room temperature - Easily processed by RTM, infusion and pultrusion - Excellent strength, stiffness and toughness - Assembly by welding and/or adhesives Elium® 180 Application: - Wind - Marine - B&C Elium® 180 Process: - Infusion

Elium® resins are innovative materials for the production of thermoplastic composites reinforced by continuous glass, carbon or natural fibers. Elium® resins can be processed by RTM, Infusion and pultrusion depending on the number of parts to be manufactured per day and the specifications of the part. Elium® resins are processed on similar equipment to that used today for thermoset composites, with similar polymerization cycle times and conditions. - Liquid at room temperature - Easily processed by RTM, infusion and pultrusion - Excellent strength, stiffness and toughness - Assembly by welding and/or adhesives Elium® 182 SO Application: - Sport - Industrial Elium® 182 SO Process: - Infusion