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Proven Applications: Where Value Meets Performance 1. Automotive Systems Engine components Sensor housings Electrical connectors Value: Survives under-hood temperatures while preventing static damage 2. Industrial Equipment Chemical processing parts Pump components Valve seals Value: Withstands harsh chemicals and prevents static buildup 3. Electronics & Electrical Connectors Relay bases Circuit board components Value: Maintains dimensional stability and ESD protection in tight spaces 4. Consumer Appliances High-temperature components Motor parts Housing components Value: Provides reliable performance for cost-sensitive mass production
Superior Conductivity: Surface resistivity can be precisely tailored from 10² to 10⁶ Ω·cm, effectively preventing electrostatic discharge and protecting sensitive electronics. High Strength & Stiffness: Carbon fiber reinforcement provides a modulus and dimensional stability far exceeding standard plastics, while maintaining good toughness. Exceptional Dimensional Stability: Low moisture uptake ensures parts maintain their dimensions and performance even in humid environments, ideal for high-precision applications. Excellent Processability: Suitable for major industrial 3D printing processes like Selective Laser Sintering (SLS) and Multi Jet Fusion (MJF), as well as traditional injection molding, producing parts with uniform surface quality and fine details.
Syensqo Polyamide (Nylon): PARA Ixef® 1002 Syensqo Polyamide (Nylon): PARA Ixef® 1022 Syensqo Polyamide (Nylon): PARA Ixef® 1025 Syensqo Polyamide (Nylon): PARA Ixef® 1027 Syensqo Polyamide (Nylon): PARA Ixef® 1032 Syensqo Polyamide (Nylon): PARA Ixef® 1038 Syensqo Polyamide (Nylon): PARA Ixef® 1521 Syensqo Polyamide (Nylon): PARA Ixef® 1524 Syensqo Polyamide (Nylon): PARA Ixef® 1622 Syensqo Polyamide (Nylon): PARA Ixef® 2011 Syensqo Polyamide (Nylon): PARA Ixef® 2030 Syensqo Polyamide (Nylon): PARA Ixef® 3008 ECHO RF Syensqo Polyamide (Nylon): PARA Ixef® 3008 Syensqo Polyamide (Nylon): PARA Ixef® 3012 ECHO RF Syensqo Polyamide (Nylon): PARA Ixef® 3012 Syensqo Polyamide (Nylon): PARA Ixef® 5002 Syensqo Polyamide (Nylon): PARA Ixef® BM-1524 Syensqo Polyamide (Nylon): PARA Ixef® BXT 2000 Syensqo Polyamide (Nylon): PARA Ixef® DW-1022 Syensqo Polyamide (Nylon): PARA Ixef® DW-1032 Syensqo Polyamide (Nylon): PARA Ixef® FC-1022 Syensqo Polyamide (Nylon): PARA Ixef® FC-1032 Syensqo Polyamide (Nylon): PARA Ixef® GS-1022 Syensqo Polyamide (Nylon): PARA Ixef® GS-5022 Syensqo Polyamide (Nylon): PARA Ixef® HC-1022 Syensqo Polyamide (Nylon): PARA Ixef® PARA PELLETS GP
LNP™ STAT-LOY™ Compound 63000CTU LNP™ STAT-LOY™ Compound AX11421 LNP™ STAT-LOY™ Compound M3000C Antistatic No PFAS intentionally added Antistatic Low ionics/Outgassing/Liquid particle count Electronic Components Low ionics/Outgassing/Liquid particle count No PFAS intentionally added Material Handling No PFAS intentionally added Transparent/Translucent Electrical Weatherable/UV stable Electronic Components Electrical Material Handling Electronic Components Mobile Phone - Computer - Tablets Material Handling Mobile Phone - Computer - Tablets
Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S6700 Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S1100G Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S1500G Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S1210 Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S1220 Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S1230 Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S4100V Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S4210(V) Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S4220(V) Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S7900G Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S3100R Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S3500C Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S6500R Novacel Co., Ltd. Polycarbonate + ABS (PC+ABS) Novalloy-S S7600R
美国西湖化学 Westlake Chemicals 聚丙烯均聚物(PP Homopoly) EPOLENE® N-15P 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) Westlake LDPE EM800 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) Westlake LDPE EM1550 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) Westlake LDPE EM1870AA 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) Westlake LDPE EM808 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) TRUCOAT EC811AA 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) TRUCOAT EC808 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) TRUCOAT EC1390 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) TRUCOAT EC1924 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) TRUCOAT EC812 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) Westlake LDPE EF403 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) Westlake LDPE EF412 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) Westlake LDPE EF601 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) Westlake LDPE EF602 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) Westlake LDPE EF603 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) Westlake LDPE EF606 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) Westlake LDPE EF310 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) Westlake LDPE EF378 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) TRUCOAT EC474 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) TRUCOAT EC476 美国西湖化学 Westlake Chemicals 聚乙烯，低密度(LDPE) TRUCOAT EC479
Laser Weldable 激光焊接塑料 Soudage laser des plastiques Soldagem a laser de plásticos Laserschweißen von Kunststoffen Soldadura láser de plásticos レーザー溶接プラスチック
High Strength + High Toughness – Combines PA’s rigidity with ABS’s impact resistance for superior mechanical performance. Enhanced Heat Resistance – 20-30°C higher HDT (Heat Deflection Temperature) vs. pure ABS. Excellent Processability – Retains ABS’s easy molding properties while reducing PA’s processing challenges. Cost-Effective – More affordable than pure PA, yet outperforms standard ABS.
• PP + 30% Hollow Glass Beads: o PP pellets: 70% o Hollow glass beads (50 μm, silane-treated): 30% o Silane coupling agent (KH-550): 0.5% o Lubricant (zinc stearate): 0.2% o Processing temperature: 190–220°C
ULTEM™ RESINS ULTEM™ resin is a Polyetherimide (PEI), which offers a unique combination of thermal performance, high modulus, dimensional stability, near-infrared transparency, and non-halogenated FR for a wide range of demanding applications. EXTEM™ resin is well-suited for applications that require a higher thermal performance, such as co-packaged optical components. SILTEM™ resin is an easy extrudable amorphous copolymer with no intentionally added PFAS for potential use in applications such as high-performance ULTEM™ resin is a Polyetherimide (PEI), which offers a unique combination of thermal performance, high modulus, dimensional stability, near-infrared transparency, and non-halogenated FR for a wide range of demanding applications. EXTEM™ resin is well-suited for applications that require a higher thermal performance, such as co-packaged optical components. SILTEM™ resin is an easy extrudable amorphous copolymer with no intentionally added PFAS for potential use in applications such as high-performance wires and cables. The ULTEM™ resin family of amorphous thermoplastic polyetherimide (PEI) materials offers outstanding elevated thermal resistance, high strength and stiffness, and broad chemical resistance. ULTEM resins are available in transparent and opaque custom colors, as well as glass filled grades. These materials uniquely balance both mechanical properties and processability, offering design engineers exceptional flexibility and freedom. Also available are ULTEM copolymers which support even higher heat, chemical and elasticity needs. An ISCC+ certified renewable bio-based portfolio has recently been launched, offering sustainability benefits with interchangeable performance.
ULTEM™ resin is a Polyetherimide (PEI), which offers a unique combination of thermal performance, high modulus, dimensional stability, near-infrared transparency, and non-halogenated FR for a wide range of demanding applications. EXTEM™ resin is well-suited for applications that require a higher thermal performance, such as co-packaged optical components. SILTEM™ resin is an easy extrudable amorphous copolymer with no intentionally added PFAS for potential use in applications such as high-performance ULTEM™ resin is a Polyetherimide (PEI), which offers a unique combination of thermal performance, high modulus, dimensional stability, near-infrared transparency, and non-halogenated FR for a wide range of demanding applications. EXTEM™ resin is well-suited for applications that require a higher thermal performance, such as co-packaged optical components. SILTEM™ resin is an easy extrudable amorphous copolymer with no intentionally added PFAS for potential use in applications such as high-performance wires and cables.
ULTEM™ resin is a Polyetherimide (PEI), which offers a unique combination of thermal performance, high modulus, dimensional stability, near-infrared transparency, and non-halogenated FR for a wide range of demanding applications. EXTEM™ resin is well-suited for applications that require a higher thermal performance, such as co-packaged optical components. SILTEM™ resin is an easy extrudable amorphous copolymer with no intentionally added PFAS for potential use in applications such as high-performance ULTEM™ resin is a Polyetherimide (PEI), which offers a unique combination of thermal performance, high modulus, dimensional stability, near-infrared transparency, and non-halogenated FR for a wide range of demanding applications. EXTEM™ resin is well-suited for applications that require a higher thermal performance, such as co-packaged optical components. SILTEM™ resin is an easy extrudable amorphous copolymer with no intentionally added PFAS for potential use in applications such as high-performance wires and cables.
ULTEM™ resin is a Polyetherimide (PEI), which offers a unique combination of thermal performance, high modulus, dimensional stability, near-infrared transparency, and non-halogenated FR for a wide range of demanding applications. EXTEM™ resin is well-suited for applications that require a higher thermal performance, such as co-packaged optical components. SILTEM™ resin is an easy extrudable amorphous copolymer with no intentionally added PFAS for potential use in applications such as high-performance ULTEM™ resin is a Polyetherimide (PEI), which offers a unique combination of thermal performance, high modulus, dimensional stability, near-infrared transparency, and non-halogenated FR for a wide range of demanding applications. EXTEM™ resin is well-suited for applications that require a higher thermal performance, such as co-packaged optical components. SILTEM™ resin is an easy extrudable amorphous copolymer with no intentionally added PFAS for potential use in applications such as high-performance wires and cables.
ULTEM™ RESINS ULTEM™ resin is a Polyetherimide (PEI), which offers a unique combination of thermal performance, high modulus, dimensional stability, near-infrared transparency, and non-halogenated FR for a wide range of demanding applications. EXTEM™ resin is well-suited for applications that require a higher thermal performance, such as co-packaged optical components. SILTEM™ resin is an easy extrudable amorphous copolymer with no intentionally added PFAS for potential use in applications such as high-performance ULTEM™ resin is a Polyetherimide (PEI), which offers a unique combination of thermal performance, high modulus, dimensional stability, near-infrared transparency, and non-halogenated FR for a wide range of demanding applications. EXTEM™ resin is well-suited for applications that require a higher thermal performance, such as co-packaged optical components. SILTEM™ resin is an easy extrudable amorphous copolymer with no intentionally added PFAS for potential use in applications such as high-performance wires and cables. Description The ULTEM™ resin family of amorphous thermoplastic polyetherimide (PEI) materials offers outstanding elevated thermal resistance, high strength and stiffness, and broad chemical resistance. ULTEM resins are available in transparent and opaque custom colors, as well as glass filled grades. These materials uniquely balance both mechanical properties and processability, offering design engineers exceptional flexibility and freedom. Also available are ULTEM copolymers which support even higher heat, chemical and elasticity needs. An ISCC+ certified renewable bio-based portfolio has recently been launched, offering sustainability benefits with interchangeable performance.
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