Ixef® 5002 is a 20% glass-fiber reinforced, PTFE modified polyarylamide which exhibits very good mechanical performance, very good surface gloss, and superior wear properties. - Natural: Ixef® 5002/0085

Ixef® BM-1524 is a 50% glass-fiber reinforced, halogen-free flame retardant polyarylamide developed for aircraft cabin interior applications that require high strength and stiffness, good surface finish, low moisture absorption, and excellent chemical and creep resistance. This product is qualified under Boeing BMS8-270 Rev. L, Type I, Class 6, Form B, Grade 50 and meets the FAA 60-second vertical burn requirements per 14 CFR 25.853 Appendix F and toxic gas emission requirements per BSS7239 and ABD0031. - Natural: Ixef® BM-1524 NT 000

Ixef® BXT 2000-0203 resin was developed specifically for extrusion and blow-molding processes. Unlike grades targeted for injection molding, Ixef® BXT 2000-0203 resin can be successfully extruded into tube, pipe, sheet and film and blow-molded into various profiles. BXT 2000-0203 resin has proven permeation resistance to most automotive fluids and fuels. It also offers low moisture absorption, excellent dimensional stability, and chemical resistance as well as outstanding mechanical properties. - Natural: Ixef® BXT 2000-0203

Ixef® DW-1022 is a 50% glass-fiber reinforced, general purpose polyarylamide compound that exhibits very high strength and rigidity, outstanding surface gloss, and excellent creep resistance. Ixef® DW-1022 is approved for use in potable water in France, Germany, the United States and the United Kingdom. - Natural: DW-1022 NT 000 - Black: DW-1022 BK 001

Ixef® DW-1032 is a 60% glass-fiber reinforced, general purpose polyarylamide compound that exhibits very high strength and rigidity, outstanding surface gloss, and excellent creep resistance. Ixef® DW-1032 BK 001 is approved for use in potable water in the United States and the European Union. - Black: DW-1032 BK 001 - Natural: DW-1032 NT 000

Ixef® FC-1022 is a 50% glass-fiber reinforced, general purpose polyarylamide compound that exhibits very high strength and rigidity, outstanding surface gloss, and excellent creep resistance. Ixef® FC-1022 meets FDA regulations for Ixef® FC-1022 NT 000 (natural) and Ixef® FC-1022 BK 001 (black) based on clearances granted by FCN 001242 for repeated use food contact applications with all food types, under FDA conditions of use B through H as described in Tables 1 and 2 of 21 CFR 176.170(c). Ixef® FC-1022 is also cleared for food contact use by European Union regulations. For specific clearances, please contact your Syensqo representative. - Black: FC-1022 BK 001 - Natural: FC-1022 NT 000

Ixef® FC-1032 is a 60% glass-fiber reinforced, general purpose polyarylamide compound that exhibits very high strength and rigidity, outstanding surface gloss, and excellent creep resistance. Ixef® FC-1032 meets FDA regulations for Ixef® FC-1032 NT 000 (natural) and Ixef® FC-1032 BK 001 (black) based on clearances granted by FCN 001242 for repeated use food contact applications with all food types, under FDA conditions of use B through H as described in Tables 1 and 2 of 21 CFR 176.170(c). Ixef® FC-1032 is also cleared for food contact use by European Union regulations. For specific clearances, please contact your Syensqo representative. - Black: FC-1032 BK 001 - Natural: FC-1032 NT 000

Ixef® GS-1022 is a 50% glass-fiber reinforced grade of polyarylamide (PARA) available in several colors. Parts molded from these colored resins can withstand high-energy gamma radiation without significant change in appearance and physical properties. Ixef® GS-1022 resins demonstrate no evidence of cytotoxicity, sensitization, intracutaneous reactivity or acute systemic toxicity, based on biocompatibility testing as defined by ISO 10993-1. This resin offers superior strength and stiffness combined with outstanding surface gloss and exceptional flow and is well suited for medical applications, such as single use surgical instruments and structural device housings, and applications in food service equipment. Colors available: - Brown: GS-1022 BN01 - Blue: GS-1022 BU01 - Green: GS-1022 GN01 - Grey: GS-1022 GY01 - Grey: GS-1022 GY02 - Grey: GS-1022 GY51 - White: GS-1022 WH01

Ixef® GS-5022 is a 50% glass-fiber reinforced, PTFE modified grade of polyarylamide (PARA). It offers superior wear and friction properties, superior strength and stiffness combined with outstanding surface glass and exceptional flow and is well suited for medical applications such as structural device housings. - Grey: GS-5022 GY01

Ixef® HC-1022 is a 50% glass-fiber reinforced, general purpose polyarylamide compound that exhibits very high strength and rigidity, outstanding surface gloss, and excellent creep resistance. Ixef® HC-1022 shows no evidence of cytotoxicity, sensitization, intracutaneous reactivity or systemic toxicity based on biocompatibility testing as defined by ISO 10993:1. Syensqo offers these materials for healthcare applications that require limited exposure (less than 24 hours) to the body. - Black: HC-1022 BK 001 - Natural: HC-1022 NT 000

PAPA PELLETS GP is a glass fiber reinforced polyamide compound that provides enhanced mechanical strength and low maintenance molding using conventional molding equipment.

Kalix® 2330 is a bio-sourced, polyamid-based compound with 30% by weight carbon fiber reinforcement. This material is specifically formulated for high strength and stiffness applications where good impact resistance and excellent dimensional stability after molding are required. Its low viscosity and excellent flow properties make the material ideal for filling parts with thin-walled sections such as those encountered in the mobile electronics industry.

Kalix® 2545 is a bio-sourced polyamide-based material for electronic devices with low dielectric constant. - Black: Kalix® 2545 BK 111

Kalix® 2555 is a bio-sourced, polyamide-based compound with 55% by weight glass reinforcement. This material is specifically formulated for high strength and stiffness applications where good impact resistance, outstanding dielectric properties, and excellent dimensional stability after molding are required. Its low viscosity and excellent flow properties make the material ideal for filling parts with thin-walled sections such as those encountered in the mobile electronics industry. - Black: Kalix® 2555 BK 999

Kalix® 2555 is a bio-sourced, polyamide-based compound with 55% by weight glass reinforcement. This material is specifically formulated for high strength and stiffness applications where good impact resistance, outstanding dielectric properties, and excellent dimensional stability after molding are required. Its low viscosity and excellent flow properties make the material ideal for filling parts with thin-walled sections such as those encountered in the mobile electronics industry. - Natural: Kalix® 2555 NT 000 - Black: Kalix® 2555 BK 000

Kalix® 2855 is a bio-sourced, polyamide-based compound with 55% by weight glass fiber reinforcement. This material is formulated to provide maximum strength, stiffness, impact resistance, and post-mold dimensional stability in thermoplastic parts. Its low viscosity and excellent flow properties make the material ideal for filling parts with thin-walled sections such as those encountered in the mobile electronics industry. - Black: Kalix® 2855 BK 000 - White: Kalix® 2855 WH 000

Kalix® 2930 HFFR is a bio-sourced polyamide-based material specifically formulated to meet UL 94V2 @ 0.4 mm requirements for electronic devices. The material uses an advanced halogen-free flame retardant package expressly designed to minimize blooming, plate out, and other process related issues commonly associated with flame retardant materials. - Black: Kalix® 2930 HFFR BK 000

Kalix® 2940 is a bio-sourced, polyamide-based compound with 40% by weight glass fiber reinforcement. This material is specifically formulated for high strength and stiffness applications where good impact resistance and excellent dimensional stability after molding are required. The formulation also addresses warpage issues associated with the anisotropic shrinkage of glass fiber reinforced materials so that close tolerance molding is more easily achieved. Its low viscosity and excellent flow properties make the material ideal for filling parts with thin-walled sections such as those encountered in the mobile electronics industry.

Kalix® 2955 is a bio-sourced, polyamide-based compound with 55% by weight glass fiber reinforcement. This material is specifically formulated for high strength and stiffness applications where good impact resistance and excellent dimensional stability after molding are required. The formulation also addresses warpage issues associated with the anisotropic shrinkage of glass fiber reinforced materials so that close tolerance molding is more easily achieved. Its low viscosity and excellent flow properties make the material ideal for filling parts with thin-walled sections such as those encountered in the mobile electronics industry. - Black: Kalix® 2955 BK 000 - White: Kalix® 2955 WH 000

Kalix® 5950 HFFR is a halogen-free, flame retardant (UL-94 V0 at 0.4 mm), highly reinforced polyamide material specifically formulated for high strength and stiffness applications where good impact resistance and excellent dimensional stability after molding are required. The formulation also addresses warpage issues associated with the anisotropic shrinkage of glass fiber reinforced materials so that close tolerance molding is more easily achieved. Its low viscosity and excellent flow properties make the material ideal for filling parts with thin-walled sections such as those encountered in the mobile electronics industry. - Black: Kalix® 5950 BK 000 HFFR - White: Kalix® 5950 WH 000 HFFR - White: Kalix® 5950 WH 001 HFFR - White: Kalix® 5950 WH 008 HFFR

Kalix® 7650 is a high-performance polyamide based material for electronic devices with high flow and low warpage. - Black: Kalix® 7650 BK 000

Kalix® 9850 is a 50% glass-fiber reinforced high-performance polyamide. It is hot-water moldable and intended for use in components requiring superior mechanical properties and excellent surface quality. Kalix® 9850 is characterized by high stiffness and strength, very good impact properties, good dimensional stability, and excellent surface finish. Kalix® 9850 exhibits an excellent combination of high flow, low flash tendency and fast cycle time which makes it a cost-competitive option for thin-walled parts produced in large quantities, such as structural parts in mobile electronic devices. - Black: Kalix® 9850 BK 000

Kalix® 9945 HFFR is a 45% glass-fiber reinforced, halogen-free flame retardant High Performance Polyamide. It is hot-water moldable and intended for use in components requiring superior mechanical properties, excellent surface quality and excellent flammability rating. - Black: Kalix® 9945 BK000 HFFR

Kalix® 9950 is a 50% glass-fiber reinforced high-performance polyamide. It is hot-water moldable and intended for use in components requiring superior mechanical properties and excellent surface quality. Kalix® 9950 is characterized by high stiffness and strength, very good impact properties, good dimensional stability, low warpage behavior and excellent surface finish. It can be successfully plated, for example with non conductive vacuum metallization, or painted with soft touch or UV top coat paints. Please contact your Syensqo sales representative for more information on suitable plating and painting systems. Kalix® 9950 exhibits an excellent combination of high flow, low flash tendency and fast cycle time which makes it a cost-competitive option for thin-walled parts produced in large quantities, such as structural parts in mobile electronic devices. - Black: Kalix® 9950 BK 000 - White: Kalix® 9950 WH 002 - White: Kalix® 9950 WH 003 - Natural: Kalix® 9950 NT 000

Kalix® r9155 is a glass-fiber reinforced high performance polyamide with an average of 91% wt recycled content for the entire material consisting of 34.4% PIR/PCR and 56.4% PIR allocated on a mass-balance basis*. It is hot-water moldable and intended for use in components requiring superior mechanical properties and excellent surface quality. Kalix® r9155 is characterized by high stiffness and strength, very good impact properties, good dimensional stability, low warpage behavior and excellent surface finish. It can be successfully plated, for example with non conductive vacuum metallization, or painted with soft touch or UV top coat paints. Please contact your Syensqo sales representative for more information on suitable plating and painting systems. *Notes: (1) The data was calculated consistent with the international standard for Environmental Labels and Declarations/Self-Declared Environmental Claims, ISO 14021:2016, using a proportion, by mass, of recycled material in a product (without packaging), while only pre-consumer and post-consumer materials were considered as recycled content, also consistent with the standard’s usage of terms. (2) This information is provided in good faith and is believed accurate as of the date of this document based on a review of recent composition data and information supplied by the vendors. The information and the results hereinabove are provided “as is”, at the discretion of the disclosing company, without guarantee, warranty or representation of any kind, express or implied, including but not limited to, as to (i) their accuracy or completeness, (ii) their fitness for a particular purpose and non infringement of third parties’ intellectual property rights, and (iii) their use. The Syensqo Group companies shall incur no liabilities in connection with the foregoing. According to ISO 14021 standards, the use of environmental claims to support comparative assertions intended to be disclosed raises special concerns and requires specific critical review.

Omnix® 4020 is a 20% glass-fiber reinforced, heat-stabilized, high-performance polyamide (HPPA). It is particularly suited for replacing die-cast metal in a variety of mechanical applications and components used in automotive, consumer goods, E/E, and construction. Components injection molded from Omnix® 4020 display exceptional mechanical properties and excellent surface appearance even after moisture adsorption. - Black: Omnix® 4020 BK 000

Omnix® 4030 is a 30% glass-fiber reinforced, heat-stabilized, high-performance polyamide (HPPA). It is particularly suited for replacing die-cast metal in a variety of mechanical applications and components used in automotive, consumer goods, E/E, and construction. Components injection molded from Omnix® 4030 display exceptional mechanical properties and excellent surface appearance even after moisture adsorption. - Black: Omnix® 4030 BK 000 - Natural: Omnix® 4030 NT 000

Omnix® 4050 is a 50% glass-fiber reinforced, high-performance polyamide (HPPA). It is particularly suited for replacing die-cast metal in a variety of mechanical applications and components used in automotive, consumer goods, E/E, and construction. Components injection molded from Omnix® 4050 display exceptional mechanical properties and excellent surface appearance even after moisture adsorption. - Black: Omnix® 4050 BK 000 - Natural: Omnix® 4050 NT 000

Omnix® Supreme 7050, as part of the Omnix High Performance PolyAmide (HPPA) Supreme portfolio, presents high rigidity, low creep and very low moisture pickup. Omnix® Supreme 7050 is a 50% glass reinforced HPPA Supreme, heat stabilised. - Black: Omnix® 7050 BK 000

Omnix® 9050 is a 50% glass-fiber reinforced high-performance polyamide. It is hot-water moldable and intended for use in components requiring superior mechanical properties even after moisture absorption. Omnix® 9050 is characterized by high stiffness and strength, very good impact properties, good dimensional stability and high flow properties. This material is an economical alternative to die-cast alloys for application in automotive, electrical appliance and mechanical equipment. It processes readily using conventional injection molding machines and methods. Water-cooled molds are suitable for use with this grade. - Black: Omnix® 9050 BK 000 - Natural: Omnix® 9050 NT 000

Omnix® DW-4050 is a 50% glass-fiber reinforced high-performance polyamide. It is hot-water moldable and intended for use in components requiring superior mechanical properties even after moisture absorption. Omnix® DW-4050 is characterized by high stiffness and strength, very good impact properties, good dimensional stability and high flow properties. This material is an economical alternative for drinking and potable water. Omnix® DW-4050 is approved for use in potable water in France, Germany, United States and United Kingdom. It processes readily using conventional injection molding machines and methods. Water-cooled molds are suitable for use with this grade. - Black: Omnix® DW-4050 BK 001 - Natural: Omnix® DW-4050 NT 000

Omnix® FC-4050 is a 50% glass-fiber reinforced high-performance polyamide. It is hot-water moldable and intended for use in components requiring superior mechanical properties even after moisture absorption. Omnix® FC-4050 is characterized by high stiffness and strength, very good impact properties, good dimensional stability and high flow properties. This material is an economical alternative for food service applications using die-cast alloys. Omnix® FC-4050 is cleared for use under United States Food and Drug Administration (FDA) Conditions of Use B through H, in contact with all food types except Food Type VI C, Beverages containing more than 8 percent alcohol. Omnix® FC-4050 is also cleared for food contact use by European Union regulations. For specific clearances, please contact your Syensqo representative. It processes readily using conventional injection molding machines and methods. Water-cooled molds are suitable for use with this grade. - Natural: Omnix® FC-4050 NT 000 - Black: Omnix® FC-4050 BK 001

Omnix® FC-9050 is a 50% glass-fiber reinforced high-performance polyamide. It is hot-water moldable and intended for use in components requiring superior mechanical properties even after moisture absorption. Omnix® FC-9050 is characterized by high stiffness and strength, very good impact properties, good dimensional stability and high flow properties. This material is an economical alternative for food service applications using die-cast alloys. Omnix® FC-9050 is approved for food contact and meets FDA regulations for Omnix® FC-9050 NT 000 (natural) and Omnix® FC-9050 BK 000 (black) based on clearances granted by FCN 001242 for repeated use food contact applications with all food types, under FDA conditions of use B through H as described in Tables 1 and 2 of 21 CFR 176.170(c). It processes readily using conventional injection molding machines and methods. Water-cooled molds are suitable for use with this grade. - Black: Omnix® FC-9050 BK 000 - Natural: Omnix® FC-9050 NT 000

*** This product has been rebranded. The new name is Xencor™ PA66 LGF-1030 HI. *** Strator® A-3 HI N7 is a high impact, 30% long glass fiber reinforced, easy-flowing PA66 with a pellet length of 7 mm which can be processed on most injection molding machines. This material achieves extremely high mechanical and thermal properties, in combination with ease of processing and fast cycle times. It exhibits high strength, stiffness and impact strength at high temperatures; excellent creep and fatigue resistance; isotropic mechanical properties and reduced isotropic shrinkage; high shear strength and high burst pressure; and an excellent surface finish.

Strator® C-4, a 40% long glass fiber reinforced high-flow PA66 alloy and can easily be processed on most injection molding machines.

Tribocomp® PA66 AF15 TS0 is an aramid fiber reinforced PA66 that is heat stabilized and friction and wear modified. It can easily be processed on most injection molding machines.

Tribocomp® PA66 GF40 TS5 is high-flow PA compound reinforced with a specific package of glass and aramid fibers, which results in unique properties. The grade can easily be processed on most injection molding machines.

Tribocomp® PA66 LGF30 PTFE12 N6 is a 30% long glass fiber reinforced, high-flow PA66 containing 12% PTFE and having excellent tribological performance. It can easily be processed on most injection molding machines.