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® 188 O Application: - Wind - Marine - B&C Elium® 188 O 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® 196 Application: - Automotive Elium® 196 Process: - Fast 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® 351 SO Application: - Wind - Marine Elium® 351 SO Process: - Hand Layup

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® 591 Application: - Automotive - Wind - Industrial Elium® 591 Process: - Pultrusion - Winding - Wet Compressing

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® 595 Application: - Automotive - Wind - Industrial Elium® 595 Process: - Pultrusion - Winding - Wet Compressing

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® C 445 Application: - Solid Surface Elium® C 445 Process: - Casting

ELVALOY™ 4170 is an ethylene terpolymer, used as an Impact Modifier for a variety of polymers Uses - Polymer Modifier Composition - Ethylene Terpolymer Characteristics / Benefits - impact modifier/compatibilizer for PET and PBT Applications - When used in a CPET tray formulation, ELVALOY™ 4170 provides both toughening and increases the melt strength of the PET.

ELVALOY™ 4170P is an ethylene terpolymer, used as an Impact Modifier for a variety of polymers. ELVALOY™ 4170P is a low volatile version of ELVALOY™ 4170. Uses - Polymer Modifier Composition - Ethylene Terpolymer Characteristics / Benefits - Impact modifier/compatibilizer for PET and PBT Applications - When used in a CPET tray formulation, ELVALOY™ 4170P provides both toughening and increases the melt strength of the PET.

ELVALOY™ 4924 is an ethylene/vinyl acetate/carbon monoxide (E/VA/CO) copolymer. Uses - Polymer Modifier Features - Permanent, non-migrating PVC modifier. CPVC, TPU modifier. Characteristics / Benefits - ELVALOY™ 4924 copolymer deliver toughness and flexibility that is locked in to PVC. ELVALOY™ 4924 copolymer will not migrate like liquid plasticizers. Applications - ELVALOY™ 4924 is a high molecular weight copolymer often used as a non-migrating, permanent PVC plastizer in roofing, geo-membranes, and other applications needing flexible pvc.

ELVALOY™ HP441 is a ethylene terpolymer, which is most commonly used as a modifier for a variety of other polymers. E/nBA/CO = ethylene/n-butyl acrylate/carbon monoxide Applications - Non-migratory plasticizer, and/or flex modifier for a variety of other polymers.

ELVALOY™ HP661 is a ethylene terpolymer, which is most commonly used as a modifier for a variety of other polymers. E/nBA/CO = ethylene/n-butyl acrylate/carbon monoxide Applications - Non-migratory plasticizer, and/or flex modifier for a variety of other polymers.

ELVALOY™ HP662 is a ethylene terpolymer, which is most commonly used as a modifier for a variety of other polymers. E/nBA/CO = ethylene/n-butyl acrylate/carbon monoxide Applications - Non-migratory plasticizer, and/or flex modifier for a variety of other polymers.

ELVALOY™ PTW is an ethylene terpolymer, used as an Impact Modifier for a variety of polymers. Uses - Polymer Modifier Characteristics / Benefits - General purpose toughener for a variety of polymers. - Promotes toughening of PET. Applications - When used in a CPET tray formulation, ELVALOY™ PTW provides both toughening and increases the melt strength of the PET.

EPIGUM: halogen free thermoplastic materials. EPIGUM EXP/7030 NAT: is high performance thermoplastic material, thermally stable until 150°C, with continuous temperature rating 105°C. Readily recycled both in process and post consumer. The recipe contain metal deactivator antioxidant Certify: VDE0207-2 2YI2

EPIGUM: is the trade name of our halogen-free thermoplastic polyolefin materials. EPIGUM EXP/RS 85: It is a modified flexible thermoplastic material with high physical and mechanical performances It can be used as an insulation for medium voltage cables and flexible pipes The material is recyclable during the process and after use

Typical characteristics - high dimensional stability under heat - Extremely high heat resistance - Very low creep tendency - Nearly no moisture absorption Typical industries - Semiconductor Industry - Electronics

Typical characteristics - Extremely high heat resistance - High mechanical strength - Very low creep tendency - High impact strength and stiffness - Good dimensional stability Typical industries - Electronics - Semiconductor Industry - Aerospace - Vehicle Construction

Typical characteristics - Excellent thermo-oxidative stability (use up to 300°C) - High dimensional stability under heat - Extremely high heat resistance - Very low creep tendency - Nearly no moisture absorption Typical industries - Semiconductor Industry - Electronics

Typical characteristics - Excellent machinabilty and low burring - Low moisture absorption - Good dimensional stability Typical industries - Clean-Room Technology - Electronics - Mechanical Engineering Industry

LOW VOLTAGE, NO-LEAD, VW-1 FLAME RETARDANT IRRADIATION CROSSLINKABLE ELECTRICAL INSULATION COMPOUND (ROHS COMPLIANT) DESCRIPTION Colorable flame retardant polymeric composition in pellet form, designed for irradiation crosslinking, ready for extrusion on conventional extrusion line. Cables insulated with this compound are recognized for balanced properties including excellent heat, radiation, crush, deformation resistance, and superior electrical performance. APPLICATIONS Cable insulated with EXCELENE 4980 is suitable for many low voltage (up to 2kV) applications, such as building wire, control cable, switchboard, marine shipboard, and oil/gas platform wire and requiring superior mechanical/electrical properties. SPECIFICATIONS When extruded and cured consistent with standard safe wire and cable industry practices, cables insulated with EXCELENE 4980 insulation are designed to meet or exceed the requirements as specified in the following standards. IEEE-1580 Type P UL 44 XHHW-2 UL 1309 CSA 22.2 No. 245 UL VW-1

Exxelor PE 1040 polymer resin is a maleic anhydride functionalized high density polyethylene, produced by reactive extrusion. It has been primarily designed to act as a coupling agent in filled polyethylene compounds, or as a coupling agent or tie layer in multilayer polyethylene systems to ensure compatibility and improve adhesion of the different layers. This grade is designed to: - Function as a coupling agent between reinforcing materials such as natural and mineral fillers and high density polyethylene to improve mechanical properties. - Achieve compatibility and adhesion between high density polyethylene and polyamide. - Function as a tie layer in multilayer tank systems with high density polyethylene and a barrier layer.

Exxelor PO 1015 polymer resin is a maleic anhydride functionalized polypropylene copolymer, produced by reactive extrusion. It has been primarily designed to add polarity to polypropylene matrices and in particular improve polypropylene reactivity with amino-silane treated glass reinforcements. This grade is designed to: - Function as a coupling agent between reinforcing materials, such as glass fibers and inorganic fillers, and polypropylene. - Achieve compatibility in polypropylene/polyamide alloys. - Achieve compatibility between polyolefins and more polar polymers that are capable of interacting with maleic anhydride for alloying, recycling or co-extrusion purposes. - Improve polypropylene-to-metal adhesion properties.

Exxelor PO 1020 polymer resin is a high performance maleic anhydride functionalized homopolypropylene produced by reactive extrusion. It has been primarily designed to add polarity to polypropylene matrices and in particular to improve polypropylene reactivity with amino-silane treated glass reinforcements. Its high content of maleic anhydride allows its use at low treat levels while maintaining optimum application properties. This grade is designed to: - Function as a coupling agent between reinforcing materials, such as glass fibers and inorganic fillers, and polypropylene. - Achieve compatibility in polypropylene/polyamide alloys. - Achieve compatibility between polyolefins and more polar polymers that are capable of interacting with maleic anhydride for alloying, recycling or co-extrusion purposes. - Improve polypropylene-to-metal adhesion properties.

Exxelor VA 1202 polymer resin is a low viscosity ethylene copolymer functionalized with maleic anhydride by reactive extrusion. Its fully saturated backbone results in outstanding thermal and oxidative stability, leading to good weatherability. This grade is designed for: - Super-tough nylon applications without low temperature impact requirements. - Medium / low toughness applications. - Glass-filled impact modified applications.

Exxelor VA 1801 polymer resin is a medium viscosity, semi-crystalline ethylene copolymer functionalized with maleic anhydride by reactive extrusion. Its fully saturated backbone results in outstanding thermal and oxidative stability leading to enhanced weatherability. Moreover, its elastomeric nature provides high impact resistance at room temperature and at low temperature when blended with engineering polymers such as polyamide. This grade is designed to: - Modify the impact characteristics of the full range of polyamides for temperatures as low as -20°C (a function of the modifier treat level in the blend). - Modify the impact characteristics of other engineering thermoplastics and technical polymers (with or without glass fibers, fillers, etc.). - Achieve compatibility between polyolefins and more polar polymers that are capable of interacting with maleic anhydride.

Exxelor VA 1803 polymer resin is a high flow, amorphous ethylene copolymer functionalized with maleic anhydride by reactive extrusion. Its fully saturated backbone results in outstanding thermal and oxidative stability leading to enhanced weatherability. Moreover, its amorphous nature exhibits impact resistance at very low temperatures in blends with engineering polymers such as polyamide. This grade is designed to: - Modify the impact characteristics of the full range of polyamides for temperatures as low as -40°C (a function of the modifier treat level in the blend). - Offer the best balance between stiffness and low temperature performance in polyamide blends. - Modify the impact characteristics of other engineering thermoplastics and technical polymers (with or without glass fibers, fillers, etc.). - Achieve compatibility between polyolefins and more polar polymers that are capable of interacting with maleic anhydride.

Exxelor VA 1840 polymer resin is a high flow, semi-crystalline ethylene copolymer functionalized with maleic anhydride by reactive extrusion. Its fully saturated backbone results in outstanding thermal and oxidative stability leading to enhanced weatherability. Moreover, its elastomeric nature provides high impact resistance at room temperature and at low temperature when blended with engineering polymers such as polyamide. This grade is designed to: - Modify the impact characteristics of the full range of polyamides for temperatures as low as -20°C (a function of the modifier treat level in the blend). - Modify the impact characteristics of other engineering thermoplastics and technical polymers (with or without glass fibers, fillers, etc.). - Achieve compatibility between polyolefins and more polar polymers that are capable of interacting with maleic anhydride.

Features/Benefits: - Color: White - FDA compliant - Low gas permeability - Good cryogenic properties - Limited wear and heat resistance - Working Temperature Range: -268° to +260°C [-450° to +500°F]

Features/Benefits: - Color: Tan - Superior wear and heat resistance running against soft metals - Non-abrasive - Recommended for moderate to high speed dynamic service - Working Temperature Range: -268° to +288°C [-450° to +550°F]

Features/Benefits: - Color: Gold - Extremely tough, long wearing material - Limited heat and chemical resistance - Excellent in water and water-based fluids, particularly suitable for abrasive media - Recommended for long wear life under severe conditions - Working Temperature Range: -268° to +82°C [-450° to +180°F]

Features and Benefits - Excellent wear and heat resistance - Non-abrasive - Recommended for moderate to high speed service running against soft or hard metals - Performs well against lubricated and non-lubricated surfaces

Features/Benefits: - Color: Dark Gray - Soft material - Good for sealing at low pressures - Can be abrasive running against soft metals - Good heat resistance - Working Temperature Range: -268° to +316°C [-450° to +600°F]

Features/Benefits: - Color: Dark Gray - Particularly suitable for water and steam service - Excellent general purpose material for heat and wear resistance - Recommended for dry and poorly lubricated applications - Working Temperature Range: -268° to +260°C [-450° to +500°F]

Features/Benefits: - Color: Tan - Resistant to abrasions - Working Temperature Range: Up to +260°C [+500°F] - Chemical and environmental inertness - Good strength at elevated temperatures

FRAGOM : is our HFFR thermoplastic compound low flame propagation in fire conditions PVC free and heavy-metal free. FRAGOM PR/04 AFKK N NAT UV: it is studied to extrude sheathing of telephone cables with aluminum tape at high speed, Compound without migration risks (plasticizers-free). Suitable for sheathing extrusion of cables with size > 60 mm2. Certify : CEI2011 M1,VDE0207HM4(K=0,7),BS7655 LTS 3-4

FRAGOM : is our brand of thermoplastic compounds having a very low flame propagation under fire conditions. Our Fragom is PVC free and also heavy-metals free. FRAGOM PR/04 AFKK N : is designed to extrude both cable insulation and sheathing at high speed without any migration risks as it is completely free of plasticizers. Fragom PR/04 AFKKN meets the Australian Standard AS/NZ3808.2000 Insulation Type HFI-75-TP,HFI-90-TP,HFI-110-TP Sheathing Type HFS-75-TP,HFS-90-TP,HFS-110-TP Certify : CEI2011 M1,VDE0207HM4(K=0,7),BS7655 LTS 3-4

FRAGOM: It is our thermoplastic compound with low flame propagation under fire conditions. The material is low smoke, halogenfree and heavy-metal free. FRAGOM PR/04 AFKN NERO UP: is designed to extrude cable sheathing at high speed without any migration risks as it is completely free of plasticizers. This grade contains >2.5% wt of carbon black and suitable UV stabilizers for outdoor applications. Suitable for sheathing extrusion of cables with size <60 mm2. Certify: CEI 2011 M1, VDE 0207 HM2-HM4, BS7655 LTS1-LTS2-LTS3-LTS4

FRAGOM: is the trade-mark of our flame retardant halogen free polyolefin thermoplastic compounds. FRAGOM PR/0500 CPR: flame retardant polyolefin thermoplastic compound having high temperature index and good oxygen index, suitable for flexible cable sheathing. The material is heavy-metal and plasticizer free (no migration risks). Suitable to pass more than 30.000 cycles. During burning does not drop and does not produce burning particles. Certify: EN 50363-8 TM7

FRAGOM: is the trade-mark of our flame retardant halogen free polyolefin thermoplastic compounds. FRAGOM PR/0500: flame retardant polyolefin thermoplastic compound having high temperature index and good oxygen index, suitable for flexible cable sheathing. The material is heavy-metal and plasticizer free (no migration risks). Suitable to pass more than 30.000 cycles Certify: EN 50363-8(2005) TM7,CEI 2011 M1