View all products

Product quick find

Tenac™-C Acetal (POM) Copolymer

Supplier: 
Asahi Kasei Chemicals Corporation
Brands: 
Tenac™-C
Polymer Type: 
Acetal (POM) Copolymer
Countries: 
Croatia, Czech Republic, France, Hungary, Ireland, Poland, Slovakia, Slovenia, Ukraine, United Kingdom

Asahi’s Tenac™ homopolymer acetal resins and Tenac C™ copolymer acetal resins or POM possess balanced combinations of the properties required for engineering plastics, in addition to ease of molding throughout the range of conditions generally employed for polyacetal resins. They display particularly high performance in relation to the following properties, over a broad temperature range.

Key Attributes:
- Strength and stiffness
- Toughness
- Creep resistance
- Fatigue resistance
- Friction, abrasion and wear characteristics
- Dimensional stability
- Resistance to oils and organic solvents
- Electrical properties
- Low temperature performance

Grades: 
Copolymer; Creep Resistant; Fatigue Resistant; Good Dimensional Stability; Good Toughness; High Impact Resistance; High Stiffness; High Strength; High Viscosity
Copolymer; Creep Resistant; Fatigue Resistant; Good Toughness; High Impact Resistance; High Stiffness; High Strength; High Viscosity; UV Resistant; Weather Resistant
Copolymer; Medium Viscosity; UV Resistant; Weather Resistant
Copolymer; Medium Viscosity
Copolymer; Medium Viscosity; UV Resistant; Weather Resistant
Copolymer; Medium Viscosity
Copolymer; High Flow; Low Viscosity; UV Resistant; Weather Resistant
Copolymer; High Flow; Low Viscosity
Copolymer; Fast Molding Cycle; High Flow; Low Viscosity; Low Warpage
Copolymer; High Flow; Low Viscosity
Copolymer; Electrically Conductive; High Stiffness; High Strength; Medium Viscosity
Copolymer; Electrically Conductive; High Stiffness; High Strength; Medium Viscosity
Antistatic; Copolymer; Electrically Conductive; Low Viscosity
Antistatic; Copolymer; Electrically Conductive; Low Viscosity
Copolymer; High Stiffness; High Strength; Medium Viscosity
Copolymer; High Stiffness; High Strength; Low Viscosity
Copolymer; Medium Viscosity
Abrasion Resistant; Copolymer; Good Scratch Resistance; Medium Viscosity
Copolymer; Medium Viscosity
Copolymer; Low Viscosity
Abrasion Resistant; Copolymer; Good Scratch Resistance; Low Viscosity
Copolymer; High Flow; High Stiffness; Low Friction; Low Viscosity; Low Warpage; Lubricated; Wear Resistant
Copolymer; High Viscosity; Low Friction; Lubricated; Wear Resistant
Copolymer; Low Friction; Lubricated; Medium Viscosity; Wear Resistant
Copolymer; High Flow; Low Friction; Low Viscosity; Lubricated; Wear Resistant
Copolymer; High Stiffness; Low Warpage
Copolymer; Low Friction; Medium Viscosity; Noise Damping; Soft
Copolymer; Electrically Conductive; High Viscosity
Copolymer; Electrically Conductive; High Viscosity
Copolymer; Electrically Conductive; High Viscosity
Copolymer; Creep Resistant; Fatigue Resistant; Good Dimensional Stability; Good Toughness; High Impact Resistance; High Stiffness; High Strength; High Viscosity; Low VOC
Copolymer; Creep Resistant; Fatigue Resistant; Good Toughness; High Impact Resistance; High Stiffness; High Strength; High Viscosity; Low VOC; UV Resistant; Weather Resistant
Copolymer; Low VOC; Medium Viscosity; UV Resistant; Weather Resistant
Copolymer; Low VOC; Medium Viscosity
Copolymer; Low VOC; Medium Viscosity
Abrasion Resistant; Copolymer; Good Scratch Resistance; Low Viscosity; Low VOC
Copolymer; High Flow; High Stiffness; Low Friction; Low Viscosity; Low VOC; Low Warpage; Lubricated; Wear Resistant
Copolymer; Low Friction; Low VOC; Lubricated; Medium Viscosity; Wear Resistant