Easy Molding Grade

Easy Molding Grade

Impact Modified, Injection Molding

Impact Modified, Injection Molding

Impact Modified, Injection Molding, Medium Viscosity

Extrusion, Transparent, Lubricated

MoS2 Lubricated

32% Glass Fiber Reinforced, MoS2 Lubricated

MoS2 Lubricated, Heat Stabilized

MoS2 Lubricated

Wear and Friction Modified

25% Glass Fiber Reinforced, Injection Molding, Flame Retardant (halogen free), Hydrolysis Stabilized

30% Glass Fiber Reinforced, High Flow, Electro-friendly Design Challenge High Flowability

40% Glass Fiber Reinforced, High Flow, Electro-friendly

50% Glass Fiber Reinforced, High Flow, Electro-friendly Design Challenge High Flowability

40% Glass Fiber Reinforced, Flame Retardant, High Flow Stanyl® 46HF5040 is an electro-friendly & flame-retarded high heat polyamide with unmatched high flow that offers an excellent combination of flame-retardancy and mechanical properties. 46HF-grades are often used in thin-walled and multi-cavity connectors such as DDR-connectors. Design Challenge High Flowability

43% Glass Fiber Reinforced, Flame Retardant

30% Glass Fiber Reinforced, High Flow, Flame Retardant, Halogen free and free of red phosphorous Stanyl CR310 is a special V-0 grade which is mainly based on Nitrogen-based Flame Retardant Technology. It is a good flowing material which is especially suitable as arc quenching material in circuit breakers.

40% Glass Fiber Reinforced, Heat Stabilized Stanyl® Diablo HDT2700 is a high heat polyamide that offers excellent heat-resistance up to 230C continuous use temperature next to high creep resistance, strength, stiffness and fatigue resistance. Diablo HDT2700 is specifically designed for high-demanding automotive under-the-hood applications. Design Challenge Degradation & Stability | Thermo-oxidative stability

40% Glass Fiber Reinforced, Heat Stabilized Design Challenge Degradation & Stability | Thermo-oxidative stability

50% Glass Fiber Reinforced, Heat Stabilized Design Challenge Degradation & Stability | Thermo-oxidative stability

20% Glass Fiber Reinforced, High Flow, Halogen free and free of red phosphorous Stanyl® HFX31S is an electro-friendly & halogen-free flame-retarded high heat polyamide that offers an excellent combination of high CTI, flow and weld-line strength. HFX-grades are often used in connectors such as USB type C. Design Challenge Downsizing & Miniaturization Flame Retardancy | Halogen free

20% Glass Fiber Reinforced, High Flow, Halogen free and free of red phosphorous Stanyl® HFX33S is an electro-friendly & halogen-free flame-retarded high heat polyamide that offers an excellent combination of high CTI, flow and weld-line strength. HFX-grades are often used in connectors such as USB type C. Design Challenge Downsizing & Miniaturization Flame Retardancy | Halogen free

30% Glass Fiber Reinforced, Halogen free and free of red phosphorous

35% Glass Fiber Reinforced, High Flow, Halogen free and free of red phosphorous Stanyl® HFX61S is an electro-friendly & halogen-free flame-retarded high heat polyamide that offers an excellent combination of high CTI, flow and weld-line strength. HFX-grades are often used in connectors such as USB type C. Design Challenge Downsizing & Miniaturization Flame Retardancy | Halogen free

35% Glass Fiber Reinforced, High Flow, Halogen free and free of red phosphorous

45% Glass Fiber Reinforced, Halogen free and free of red phosphorous Stanyl® HFX82S is an electro-friendly & halogen-free flame-retarded high heat polyamide that offers an excellent combination of high CTI, flow and weld-line strength. HFX-grades are often used in connectors such as USB type C. Design Challenge Downsizing & Miniaturization Flame Retardancy | Halogen free

Heat Stabilized, Wear and Friction Modified Stanyl® HGR2 is a friction-modified high heat polyamide designed for friction-reduction in valve timing-chain systems that offers excellent wear & friction properties in combination with low friction. Design Challenge Wear & Friction

Heat Stabilized, Wear and Friction Modified

Heat Stabilized, Wear and Friction Modified

Heat Stabilized, Wear and Friction Modified

Extrusion Grade

Extrusion Grade

35% Glass Fiber Reinforced, Flame Retardant (halogen- phosphorous-free) Stanyl MC50 is a special V-2 rated material with high flow. The Flame Retardant type is Nitrogen-based.  Design Challenge Flame Retardancy | Halogen free

Used as electrolyte additive in battery systems Stanyl® SN-PURE is high-purity Succinonitrile, an electrolyte additive for battery systems that improves overall battery safety and extends service life via the reduction of harmful gas generation. Battery life performance is extended because Stanyl® SN-PURE increases the lifetime of Nickel (Ni), Manganese (Mn) and Cobalt (Co) cathode chemistries.Envalior is the largest producer of Succinonitrile, and Stanyl® SN-PURE compound forms a protective layer at the cathode to suppress electrolyte decomposition, protect against oxidation and prevent dendrite formation.The compound offers:- High purity of 99.95% and low ion concentration to optimize battery performance- Superior thermal stability over long operation times- <2000 parts per million (ppm) water content to lower the risk of oxidization- Freezing point of 57.2°C and high boiling point of 266°C to withstand extreme temperatures- In the battery application it acts as non-hazardous chemistry to prevent harmful gases from forming- Compliance with key regulations for battery system manufacturing- Global availability at mass scale to mitigate any supply chain risks

Thermal conductive material, Flame Retardant, Heat Stabilized Design Challenge Thermoconductivity

Thermal conductive material, Flame Retardant, Heat Stabilized, 20% Glass Fiber Reinforced Design Challenge Thermoconductivity

Thermal conductive material, 20% Glass Fiber Reinforced, Laser Markable Stanyl® TC170 is thermal conductive & electrical insulating high heat polyamide designed for thermal management of electrical components

Thermal conductive material Stanyl® TC502 is thermal conductive high heat polyamide designed for thermal management of electrical components with demanding conductivity levels. Design Challenge Thermoconductivity