Impact modified, low emission POM copolymer, modified Injection molding type, elastomer-containing; with higher impact strength and slightly lower hardness, rigidity and chemical resistance than the basic type HOSTAFORM® C 9021 Reduced emission grade, Emission according to VDA 275 < 5 mg/kg good weld strength. Burning rate according to FMVSS 302 < 100 mm/min (1 mm thickness) Preliminary Datasheet

Impact Modified, UV-stabilized POM copolymer, modified Injection molding type, elastomer-containing; with higher impact strength and slightly lower hardness, rigidity and chemical resistance than the basic type HOSTAFORM® C 9021 Reduced emission grade, Emission according to VDA 275 < 5 mg/kg good weld strength. Preliminary Datasheet for natural and colored grades

High impact modified, low emission POM copolymer, modified Injection molding type, elastomer-containing; with higher impact strength and slightly lower hardness, rigidity and chemical resistance than the basic type HOSTAFORM® C 9021 Reduced emission grade, Emission according to VDA 275 < 5 mg/kg good weld strength. Preliminary Datasheet

Impact modified, improved modulus and weld line, low emission Hostaform® acetal copolymer grade S 9362 XAP®2 is an impact modified grade for applications requiring improved impact. Hostaform® S 9362 XAP®2 provides good impact strength while improving modulus and weld line strength over standard impact modified grades such as Hostaform® S 9063, and also exhibits exceptional low emission performance meeting or exceeding the requirements of many automotive markets. Chemical abbreviation according to ISO 1043-1: POM-HI. ECO-B: Hostaform ECO-B is a POM-Copolymer with the same properties and performance as standard grades but produced with sustainability in mind. Using a mass-balance approach, biogenic feedstocks are used to offset the use of fossil-based raw materials and decrease greenhouse gas emissions. The process is audited and certified according to the ISCC Plus mass balance approach.

Impact modified, improved modulus and weld line, low emission Hostaform® acetal copolymer grade S 9362 XAP®2 is an impact modified grade for applications requiring improved impact. Hostaform® S 9362 XAP®2 provides good impact strength while improving modulus and weld line strength over standard impact modified grades such as Hostaform® S 9063, and also exhibits exceptional low emission performance meeting or exceeding the requirements of many automotive markets. Chemical abbreviation according to ISO 1043-1: POM-HI

Impact modified, improved modulus and weld line Hostaform® acetal copolymer grade S 9362 is an impact modified grade for applications requiring improved impact. Hostaform® S 9362 provides good impact strength while improving modulus and weld line strength over standard impact modified grades such as Hostaform® S 9063. Chemical abbreviation according to ISO 1043-1: POM-HI

Impact modified, improved modulus and weld line, low emission Hostaform® acetal copolymer grade S 9363 XAP®2 is an impact modified grade for demanding applications. Hostaform® S 9363 XAP®2 provides good impact strength while improving modulus and weld line strength over standard impact modified grades such as Hostaform® S 9063, and also exhibits exceptional low emission performance meeting or exceeding the requirements of many automotive markets. Chemical abbreviation according to ISO 1043-1: POM-HI ECO-B: Hostaform ECO-B is a POM-Copolymer with the same properties and performance as standard grades but produced with sustainability in mind. Using a mass-balance approach, biogenic feedstocks are used to offset the use of fossil-based raw materials and decrease greenhouse gas emissions. The process is audited and certified according to the ISCC Plus mass balance approach.

Impact modified, improved modulus and weld line, low emission Hostaform® acetal copolymer grade S 9363 XAP®2 is an impact modified grade for demanding applications. Hostaform® S 9363 XAP®2 provides good impact strength while improving modulus and weld line strength over standard impact modified grades such as Hostaform® S 9063, and also exhibits exceptional low emission performance meeting or exceeding the requirements of many automotive markets. Chemical abbreviation according to ISO 1043-1: POM-HI

Impact modified, improved modulus and weld line Hostaform® acetal copolymer grade S 9363 is an impact modified grade for demanding applications. Hostaform® S 9363 provides good impact strength while improving modulus and weld line strength over standard impact modified grades such as Hostaform® S 9362. Chemical abbreviation according to ISO 1043-1: POM-HI

Low permeation impact modified grade for blow molding Hostaform® acetal copolymer grade S 9364LPB is a highly impact modified grade for low permeation. Hostaform® S 9364LPB provides a significant improvement in impact strength and flexibility over standard impact modified grades. Chemical abbreviation according to ISO 1043-1: POM-HI

Impact modified, weatherable Hostaform® acetal copolymer grade S 9364 WS 10/1570 is a highly impact modified grade for demanding applications that also need improved resistance to UV exposure. Besides weatherability, Hostaform® S 9364 WS 10/1570 provides a significant improvement in impact strength and flexibility over standard impact modified grades such as Hostaform® S 9362 and S 9363. This grade is only available in black. Chemical abbreviation according to ISO 1043-1: POM-HI

Impact modified, improved modulus and weld line, low emission Hostaform® acetal copolymer grade S 9364 XAP®2 is a highly impact modified grade for demanding applications. Hostaform® S 9364 XAP®2 provides a significant improvement in impact strength and flexibility over standard impact modified grades such as Hostaform® S 9362 and S 9364, and also exhibits exceptional low emission performance meeting or exceeding the requirements of many automotive markets. Chemical abbreviation according to ISO 1043-1: POM-HI ECO-B: Hostaform ECO-B is a POM-Copolymer with the same properties and performance as standard grades but produced with sustainability in mind. Using a mass-balance approach, biogenic feedstocks are used to offset the use of fossil-based raw materials and decrease greenhouse gas emissions. The process is audited and certified according to the ISCC Plus mass balance approach.

Impact modified, improved modulus and weld line, low emission Hostaform® acetal copolymer grade S 9364 XAP®2 is a highly impact modified grade for demanding applications. Hostaform® S 9364 XAP®2 provides a significant improvement in impact strength and flexibility over standard impact modified grades such as Hostaform® S 9362 and S 9364, and also exhibits exceptional low emission performance meeting or exceeding the requirements of many automotive markets. Chemical abbreviation according to ISO 1043-1: POM-HI

high performance impact modified Hostaform® acetal copolymer grade S 9364 is highly impact modified grade for demanding applications. Hostaform® S 9364 provides a significant improvement in impact strength and flexibility over standard impact modified grades such as Hostaform® S 9362 and S 9363. Chemical abbreviation according to ISO 1043-1: POM-HI

Impact modified, UV resistant grade Hostaform® acetal copolymer grade S 9364UV is a highly impact modified grade for demanding applications. Hostaform® S 9364UV provides a significant improvement in impact strength and flexibility over prior generation impact modified grades such as Hostaform® S 9063 and S 9064. Hostaform® S 9364UV is not designed for the typical UV resistance requirements of interior and exterior automotive applications.

POM, Tribology POM copolymer Injection molding grade with tribological modification for demanding applications that require prevention of audible noise caused by stick-slip phenomenon. Excellent tribological performance with low friction and low wear under various conditions of sliding against plastics and metals. Reduced emission grade. Emissions according to VDA 275 < 5 mg/kg. Chemical abbreviation according to ISO 1043-1: POM Molding compound ISO 29988-1: POM-K | M-GNRS2 | 5-2 | - | POM copolymer

POM, Tribology POM copolymer Injection molding grade with tribological modification for demanding applications that require prevention of audible noise caused by stick-slip phenomenon. Excellent tribological performance with low friction and low wear under various conditions of sliding against plastics and metals. Reduced emission grade. Emissions according to VDA 275 < 5 mg/kg.  Material is also food contact compliant in certain countries and for certain conditions of use (contact Celanese for further information). Chemical abbreviation according to ISO 1043-1: POM Molding compound ISO 29988-1: POM-K | M-GNRS2 | 4-2 | - | POM copolymer

Hostaform® SX90 is an integrally colored SpeciaLX nominal 9 melt flow rate based acetal copolymer material. This grade provides a unique part appearance while retaining the mechanical performance expected from unfilled acetal copolymer grades.

Special effect UV colors, low emission Hostaform® SX90Z XAP® is an integrally colored SpeciaLX nominal 9 melt flow rate based acetal copolymer material stabilized for use where ultraviolet radiation exposure is to be encountered. The material is formulated to prevent discoloration, fading, chalking and mechanical property change in severe ultraviolet exposure. This product is formulated for the interior automotive market and other applications. Reduced emission grade. Emissions according to VDA 275 < 10 mg/kg

Special effect UV colors, low emission Hostaform® SX90Z XAP®2Â is an integrally colored SpeciaLX nominal 9 melt flow rate based acetal copolymer material stabilized for use where ultraviolet radiation exposure is to be encountered. The material is formulated to prevent discoloration, fading, chalking and mechanical property change in severe ultraviolet exposure. This product is formulated for the interior automotive market and other applications. Reduced emission grade. Emissions according to VDA 275 < 5 mg/kg

Impact modified, UV resistant grade Hostaform® acetal copolymer grade SXT90Z-01 XAP® is a UV stabilized, impact modified material available in a range of colors for automotive interior applications, while also meeting the typical low emission requirements of the automotive market. Chemical abbreviation according to ISO 1043-1: POM-HI Low emission performance (VDA 275) < 10 ppm

Impact modified, UV resistant, Reduced emissions Hostaform® acetal copolymer grade SXT90Z-02 XAP® is a UV stabilized, impact modified material available in a range of colors for automotive interior applications, while also meeting the typical low emission requirements of the automotive market. Chemical abbreviation according to ISO 1043-1: POM-HI Low emission performance (VDA 275) < 10 ppm

Improved flow, low emission, impact modified Hostaform® acetal copolymer TF-10 XAP® is a low emission, improved flow, impact modified grade providing optimum performance in general purpose injection molding, primarily for the interior automotive market. This grade provides overall excellent performance with improved impact in many applications.

UV resistant - automotive, low gloss surface, broad range of colors Hostaform® acetal copolymer grade UV140LG XAP® is a specialty grade of acetal copolymer formulated to provide good flow with a low gloss finish and a UV stability necessary for interior automotive applications. In addition, Hostaform® UV140LG XAP® exhibits low emissions for automotive interiors. Low emission Performance [VDA 275]

UV resistant and low emission - automotive, improved toughness HOSTAFORM® UV25Z XAP2 is a nominal 2.5 melt flow rate acetal copolymer which has been specially stabilized to prevent discoloration and deterioration of mechanical properties from ultraviolet light exposure. The material is available in precolored black or colors, with reduced emissions especially for automotive interior application. Emission according to VDA 275 < 5 mg/kg (natural grades) Emission according to VDA 275 < 5 mg/kg (colored grades).

UV resistance, high flow, low emission Hostaform® acetal copolymer grade UV270Z XAP®2 is a UV stabilized material available in a range of colors generally for automotive interior applications. In addition, Hostaform® UV270 XAP®2 has lower emissions as required for some automotive interiors. Low Emission Performance [VDA-275]

UV resistance, low emission Hostaform® acetal copolymer grade UV90Z XAP®2 is a UV stabilized material available in a range of colors generally for automotive interior applications. In addition, Hostaform® UV90Z XAP®2 has lower emissions as required for some automotive interiors. Low Emission Performance [VDA-275]

High strength glass coupled, easy flow Hostaform® XGC10 EF XAP®2 is an easy flowing injection molding grade reinforced with approximately 10%Â glass fibers, and has reduced emissions. Emissions according to VDA 275 < 5 ppm [mg/kg].

High strength glass coupled Hostaform® XGC10 XAP® is an acetal copolymer reinforced with approximately 10% glass fibers. Compared to the Hostaform® C 9021 GV 1/10, Hostaform® XGC10 XAP® has a higher strength and lower emissions. Emissions according to VDA 275 < 10 ppm [mg/kg].

High strength glass coupled, Glass reinforced, tribological modified Hostaform® XGC15-LW01 is an injection molding grade reinforced with approximately 15% glass fibers and tribological modification for sliding applications requiring low friction and wear.

High strength glass coupled, easy flow Hostaform® XGC25 EF XAP®2 is an easy flowing injection molding grade with approximately 25% glass fibers and reduced emission. Emissions according to VDA 275 < 5ppm [mg/kg]

High strength glass coupled Hostaform® XGC25 XAP® Â is an acetal copolymer reinforced with approximately 25% glass fibers. Compared to the Hostaform® C 9021 GV 1/30, Hostaform® XGC25 XAP® has a higher strength and lower emissions. ECO-B: Hostaform ECO-B is a POM-Copolymer with the same properties and performance as standard grades but produced with sustainability in mind. Using a mass-balance approach, biogenic feedstocks are used to offset the use of fossil-based raw materials and decrease greenhouse gas emissions. The process is audited and certified according to the ISCC Plus mass balance approach. ISO 29988-POM-K,(GF25),EM,0-3

High strength glass coupled Hostaform® XGC25 XAP® Â is an acetal copolymer reinforced with approximately 25% glass fibers. Compared to the Hostaform® C 9021 GV 1/30, Hostaform® XGC25 XAP® has a higher strength and lower emissions. ISO 29988-POM-K,(GF25),EM,0-3

Hostaform® XGC25-LW01 XAP® is an injection molding grade reinforced with approximately 25% glass fibers and tribological modification for sliding applications requiring low friction and wear.

Highly Impact Modified Hostaform® acetal copolymer grade XT 20 is a highly impact modified grade for demanding applications. Hostaform® XT 20 provides exceptional impact strength and flexibility over standard impact modified acetal copolymer grades. Chemical abbreviation according to ISO 1043-1: POM-HI

Highly impact modified, improved weld line Hostaform® acetal copolymer grade XT 90 is a highly impact modified grade for demanding applications. Hostaform® XT 90 provides exceptional impact strength and flexibility over standard impact modified acetal copolymer grades. Chemical abbreviation according to ISO 1043-1: POM-HI

POM, aramid powder-filled wear-resistance - Aaramid powder-filled wear-resistance grade for general injection molding - Suitable for parts requiring strong friction and wear resistance, particularly in contact with other plastics

- A conductive grade for general injection molding - Features superior toughness and fuel-contact resistance - Suitable for automotive fuel module parts

A carbon black filled, conductive grade Carbon black filled conductive grade and surface resistivity is less than 104 Ohm. It has good fuel and chemical resistance and it’s suitable for fuel module parts.

POM, CNT filled, high viscosity, conductive and anti-static, for extrusion molding - A CNT filled high-viscosity grade for general extrusion molding (rods, plates, sheets, etc.) - Suitable for applications requiring surface resistivity 103 Ohm - Cautions: Surface resistivity will change with extrusion conditions: die design, pressure, seeed, etc.