POM Copolymer unreinforced, drinking water approved

POM Copolymer unreinforced

POM Copolymer unreinforced, electr. conductive

POM Copolymer unreinforced, reduced formaldehyde emission

POM Copolymer unreinforced, improved wear and friction

POM Copolymer unreinforced, improved wear and friction

POM Copolymer unreinforced, improved wear and friction

POM Copolymer unreinforced, improved wear and friction

POM Copolymer unreinforced, antistatic

POM Copolymer, carbon fiber reinforced, electr. conductive

POM Copolymer unreinforced, reduced formaldehyde emission, UV-stabilized

POM Copolymer unreinforced, improved wear and friction

POM Copolymer unreinforced, impact modified

POM Copolymer unreinforced, improved wear and friction

POM Copolymer, carbon fiber reinforced, electr. conductive

POM Copolymer, 20% glass bead reinforced

POM Copolymer, 30% glass bead reinforced

POM Copolymer unreinforced, improved wear and friction

POM Copolymer unreinforced, impact modified

POM Copolymer unreinforced, impact modified

POM Copolymer unreinforced, UV-stabilized

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

- An anti-static high-viscosity grade for general extrusion molding (rods, plates, sheets, etc.) - Suitable for applications requiring surface resistivity 10E9 ohm - Cautions -- Surface resistivity will change with extrusion conditions: die design, pressure, speed, etc. -- In addition, color shade will change with product thickness, retention time, and annealing conditions.

- 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.

POM, CNT filled, conductive and anti-static, for extrusion molding - A CNT (Carbon Nano Tube) filled anti-static grade for general extrusion molding (rods, plates, sheets, etc.) - Suitable for electric and automotive parts requiring anti-static property - Cautions: Surface resistivity will change with extrusion conditions: die design, pressure, seeed, etc.

POM, CNT filled, conductive and anti-static, for extrusion molding - A CNT (Carbon Nano Tube) filled anti-static grade for general extrusion molding (rods, plates, sheets, etc.) - Suitable for electric and automotive parts requiring anti-static property - Cautions: Surface resistivity will change with extrusion conditions: die design, pressure, seeed, etc.

- A conductive grade for general injection molding - Suitable for applications requiring electrical conductivity

a high-viscosity grade for extrusion of round bars, sheets and tubes; a blended material with black master batch. KEPITAL® F10-01 T2 BBK is a high-viscosity grade for extrusion of round bars, sheets and tubes Suitable for uses requiring high productivity without micro porosity for large diameter rods and plates. A blended material with black master batch.

a high-viscosity grade for extrusion of round bars, sheets and tubes KEPITAL® F10-01 T2 is a high-viscosity grade for extrusion of round bars, sheets and tubes Suitable for uses requiring high productivity without micro porosity for large diameter rods and plates.

- A high-viscosity grade for extrusion of round bars, sheets and tubes - Suitable for extrusion molding of thick-walled, void-free, and sink mark-reduced parts

- A high-viscosity grade for extrusion of round bars, sheets, and tubes - Suitable for extrusion molding of thick-walled, void-free, and sink mark-reduced parts

- A stiffness-improved(high-viscosity) grade for general injection molding. - A low-emission grade featuring thermal stability. - Features greater stiffness compared to general POM copolymer.

- A high-viscosity grade for general injection molding - It has a high stiffness compared to general POM copolymer.

POM, copolymer, unfilled, stiffness-improved, high-viscosity - A stiffness-improved (high-viscosity) grade for general injection molding. - Features greater stiffness compared to general POM copolymer. - Improved resistance to heat, high humidity, hot water

A UV-stabilized high-viscosity grade for general injection molding -Â A UV-stabilized high-viscosity grade for general injection molding.

POM, UV-stabilized, high-viscosity, low emission -Â A UV-stabilized high-viscosity grade for general injection molding. - Developed for applications in automotive interiors and exposed part - A low-emission grade featuring improved heat stability

POM, UV-stabilized, high-viscosity -Â A UV-stabilized high-viscosity grade for general injection molding. - Developed for applications in automotive interiors and exposed part

- A toughness-improved(medium-high viscosity)grade for general injection molding. - Features improved toughness and molding cycle time