- A standard unfilled(low viscosity) grade for general injection molding - Suitable for multi-cavity molds and thin-walled parts

AÂ low viscosity grade for injection molding of thin walled parts. KEPITAL® F30-34 is a low viscosity, high flow grade for injection molding with thin walled parts.

- A UV-stabilized low-viscosity grade for general injection molding - Suitable for uses requiring superior weather resistance - Developed for applications in automotive exteriors and exposed parts

- A UV-stabilized (medium low-viscosity) grade for general injection molding - Developed for applications in automotive interiors and exposed parts

- A UV-stabilized and gloss-reduced low-viscosity grade for general injection molding - Modified with a weather-resistant and gloss-reducing substance - Suitable for applications requiring superior weather resistance and low-gloss characteristics

An extremely low-viscosity grade for general injection molding (colored) KEPITAL® F40-03 Colored is a standard unfilled(extremely low-viscosity) grade for general injection molding (colored). Suitable for multi-cavity molds and thin-walled precision parts

- An extremely easy-flowing grade for general injection molding - Suitable for thin-walled precision parts

An Ultra low-viscosity grade for general injection molding - A standard unfilled and extra easy-flowing (ultra low-viscosity) grade for general injection molding - Suitable for multi-cavity molds and thin-walled precision parts

POM, low-viscosity metalic grade, UV and weather resistant - A low-viscosity metallic grade for general injection molding - Designed for applications eliminating the secondary processing such as painting and plating - Suitable for applications requiring UV stability such asdoor handle, clip and cosmetic container cap

- A high-stiffness conductive grade for general injection molding - Features high stiffness and superior fuel resistance

An easy flowing conductive grade reinforced with carbon fiber Carbon fiber reinforced conductive grade (easy flow) with 10^3 ohms of surface resistivity. FA-30 provides high stiffness and strength.

- A 30% glass bead-filled grade for general injection molding - Suitable for parts requiring low warpage, reduced sink marks, and dimensional stability

A high-stiffness grade reinforced with carbon fiber - Carbon fiber reinforced - High stiffness

25% glass fiber-reinforced, high viscosity grade (grey color) KEPITAL®FG1025 N012 is a 25% glass fiber-reinforced grade (a high-viscosity grade) for general injection molding (grey-colored). Suitable for parts requiring extremely high strength, high stiffness, high deflection temperature and excellent creep resistance.

25% glass fiber filled high viscosity grade KEPITAL® FG1025 is a 25% glass fiber filled high viscosity grade. KEPITAL®FG1025 is suited for parts requiring very high stiffness, creep resistance, and HDT.

- A 10% glass fiber-reinforced grade for general injection molding - Suitable for parts requiring extremely high strength, high stiffness, high deflection temperature, and excellent creep resistance

- A glass fiber-reinforced grade for general injection molding - Suitable for parts requiring extremely high strength, high stiffness, high deflection temperature, and excellent creep resistance

POM, 20% glass fiber-reinforced, low emission KEPITAL® FG2020 LOF BK is: -Â A 20% glass fiber-reinforced grade for general injection molding (black colored) - A low emission grade featuring improved heat stability. - Suitable for parts requiring extermely high strength, high stiffness, high deflection temperature, and excellent creep resistance

POM, 20% glass fiber-reinforced KEPITAL® FG2020 is: - A 20% glass fiber-reinforced grade for general injection molding - Suitable for parts requiring extremely high strength, high stiffness, high deflection temperature and excellent creep resistance

A 25% glass fiber-reinforced, low emission grade KEPITAL® FG2025 LOF is a 25% glass fiber-reinforced grade for general injection molding. Low emission grade featuring thermal stability. Suitable for parts requiring extermely high strength, high stiffness, high deflection temperature, and excellent creep resistance

- A 25% glass fiber-reinforced grade for general injection molding - Suitable for parts requiring extremely high strength, high stiffness, high deflection temperature, and excellent creep resistance

POM, 25% glass fiber-reinforced grade KEPITAL® FG2025F is a 25% glass fiber-reinforced grade for general injection molding. Features superior strength, high stiffness, high deflection temperature, and excellent creep resistance. Suitable for applications requiring FDA certificate.

POM, 10% glass fiber-reinforced grade, low emission KEPITAL® FG2025K LOF is a 10% glass fiber-reinforced grade for general injection molding. Suitable for parts requiring extremely high strength, high stiffness, high deflection temperature, and excellent creep resistance. Low emission grade featuring heat stability.

30% glass fiber-reinforced grade KEPITAL® FG2030 is a 30% glass fiber-reinforced grade for general injection molding.

A 10% PTFE powder filled grade for general injection molding KEPITAL FL2010 is a 10% PTFE powder filled grade, good for general injection molding. It is suitable for parts that are required of low wear and friction.

- A medium-viscosity grade for general injection molding - A 20% PTFE powder-modified grade - Suitable for parts requiring low wear and friction

- A MoS2-modified wear-resistance grade for general injection molding - Suitable for parts requiring strong friction and wear resistance and high stiffness

- A MoS2-modified wear-resistance grade for general injection molding - Suitable for parts requiring strong friction and wear resistance, particularly in contact with metals

hot diesel, medium-low viscosity grade KEPITAL® FR-20H is a hot diesel medium-low viscosity grade providing excellent resistance to sour or hot diesel not sacrificing acetal's own mechanical properties. KEPITAL® FR-20H has a dark yellow color.

- A 20% whisker-filled grade for general injection molding - Suitable for parts requiring much higher stiffness, dimensional accuracy, and low warpage

toughened, medium-high viscosity grade KEPITAL® FU2020W is a toughened, medium-high viscosity grade for general injection molding. Suitable for applications requiring much higher impact resistance and toughness than KEPITAL® TE-24.

- A high viscosity and unfilled polyacetal homopolymer - Excellent mechanical properties compared to polyacetal copolymer - Various applications such as gears, automotive door system, bushings, housings, rollers, and conveyor belts.

High viscosity friction & wear acetal homopolymer - High viscosity friction & wear polyacetal homopolymer - non-silicon type special polymer modified wear-friction resistance grade for injection molding - Designed for applications requiring reduced wear, low friction and low nois.

POM, impact-modified KEPITAL® HT130 is a super-toughened impact-resistance grade for general injection molding.(Homo-polymer) - Designed for highly stressed parts and suitable for applications requiring superior impact resistance and flexibility.

low viscosity, laser markable grade KEPITAL® LX-30BK is a laser markable grade (low viscosity) for general injection molding. Suitable for applications requiring laser marking.

A emission optimized, friction and wear-resistance grade for general injection molding A friction and wear resistance grade for general injection molding. Emission optimized.

- A special polymer modified wear-resistance grade for general injection molding - A complex wear-resistance grade - Designed for applications requiring reduced wear, low friction, and low noise

POM, SUS fiber-filled, conductive - A SUS fiber-filled conductive grade for general injection molding - Suitable for applications requiring electrical conductivity

- A 20% talcum-filled grade for general injection molding - Suitable for parts requiring dimensional stability and low stress deformation

POM, toughened, medium-viscosity grade, low emission KEPITAL® TE-21 LOF is a toughened, medium-viscosity grade for general injection molding. Suitable for applications requiring high impact resistance and toughness. A low-emission grade featuring improved heat stability.