Injection Grade Low Volatile Acetal Copolymer (POM) w/ UV Stabilizer Formerly known as EnPom F20-54LV

High Flow Acetal w/ UV Protection Formerly known as EnPom F30-54

10% Glass Reinforced Acetal Copolymer (POM) Formerly known as EnPom 10GF

30% Glass Reinforced Acetal Copolymer (POM) Formerly known as EnPom 30GF

Bapolan 7010 is a copolymer acetal resin widely used for applications requiring dimensional stability and low coefficient of friction.

Bapolan 7025 is a copolymer acetal resin widely used for applications requiring fast cycle times and dimensional stability.

POM, injection molding grade

POM, injection molding grade

POM, injection molding grade

Acetal copolymer resin natural standard of MFI 9 and lubrified to improve injection and moulding process, is appropriate for any injection technical piece of general applications.

Acetal copolymer resin natural with lubrified and friction improved (Molybdenum Disulfide), it makes it ideal for injection pieces with a final application that involves any kind of mechanical effort and / or mobile pieces under any kind of friction.

Acetal copolymer resin natural lubrified and Impact modified.

Acetal copolymer resin natural with lubrified and friction improved (PTFE) is perfect for final pieces that requires a minor wear out in final applications, inertia to different chemical products and good resistance to humidity.

Acetal copolymer resin natural medium fluidity and lubrified to improve injection and moulding process, is appropriate for any injection technical piece of general applications.

Acetal copolymer resin natural high flow and lubrified to improve injection and moulding process, is appropriate for any injection products requiring high flow of general molding.

Acetal copolymer resin natural lubrified with 25% of glass fibre.

CABELEC CA6741 is an electrically conductive compound based on carbon black and a polyacetal copolymer. Its electrical properties are permanent and are not dependent on atmospheric conditions. The compound can easily be processed on conventional moulding equipment. Applications CABELEC CA6741 conductive compound is principally recommended for applications where freedom from the hazard of electrostatic discharge is necessary. Examples of use are in handling of explosive powders, pigments, liquids and electronic components.

Carbo-Rite™ F-1260 is a carbon fiber-reinforced Polyacetal (POM) compound available in pellet form. Carbo-Rite™ F-1260 solves a wide range of static decay, static shielding and electromagnetic shielding problems. FEATURES - Consistent performance - Recyclable - Durable APPLICATIONS - Machined components - PCB racks

25% glass fibers, coupled for improved stiffness and high strength Celcon® CE66FC GV1/25 is a 25% glass fiber coupled acetal copolymer grade. It offers higher strength than the standard Celcon® CE66FC.

ESD (electrostatic dissipative); fuel compatible; standard acetal copolymer grade Celcon® acetal copolymer grade CF802 10/9022 is a conductive, fuel compatible general purpose acetal copolymer. Celcon® CF802 10/9022 has been developed to dissipate static electricity from fuel handling systems. Â Celcon® CF802 10/9022 has been specially formulated for laser welding applications. Please note Celcon® CF802 10/9022 has special processing considerations to ensure static dissipation properties. Â Use minimum back pressure and slowest screw speed possible in retracting screw during cooling portion of cycle. Â Large gate size (>2 mm) recommended. Â Pneumatic conveying of material long distances is not recommended. Celcon® CF802 10/9022 was formerly provided under the Hostaform® tradename.

ESD (electrostatic dissipative); fuel compatible; standard acetal copolymer grade Celcon® acetal copolymer grade CF802 is a conductive, fuel compatible general purpose acetal copolymer. Celcon® CF802 has been developed to dissipate static electricity from fuel handling systems. Please note Celcon® CF802 has special processing considerations to ensure static dissipation properties. Use minimum back pressure and slowest screw speed possible in retracting screw during cooling portion of cycle. Large gate size (>2 mm) recommended. Pneumatic conveying of material long distances is not recommended.

10% glass bead, low warpage, has been replaced by Hostaform® C 9021 GV3/10 Celcon® GB10 is a 10% glass bead filled grade for low shrinkage and warp resistance in large, flat, and thin walled parts. Chemical abbreviation according to ISO 1043-1: POM

25% glass bead filled for stiffness, low warpage Celcon® GB25 acetal copolymer is a 25% glass bead filled grade for low shrinkage and warp resistance in large, flat and thin walled parts. Chemical abbreviation according to ISO 1043-1: POM

Celcon® GC10 is a glass coupled formulation containing 10% glass fiber reinforcement for improved strength and stiffness (for even better mechanical properties; please consider Hostaform® C 9021 GV1/10). Celcon® GC10 is a glass coupled formulation containing 10% glass fiber reinforcement for improved strength and stiffness (for even better mechanical properties, please consider Hostaform® C 9021 GV1/10). Chemical abbreviation according to ISO 1043-1: POM

15% glass fibers, coupled for improved stiffness Celcon® GC15 is an acetal copolymer grade utilizing a nominal 15 wt. % glass fiber to increase stiffness and strength. Chemical abbreviation according to ISO 1043-1: POM

Celcon® GC20 is a glass coupled formulation containing 20% glass fiber reinforcement for improved strength and stiffness (for even better mechanical properties; please consider Hostaform® C 9021 GV1/20). Celcon® GC20 is a glass coupled formulation containing 20% glass fiber reinforcement for improved strength and stiffness (for even better mechanical properties, please consider Hostaform® C 9021 GV1/20). Chemical abbreviation according to ISO 1043-1: POM

25% glass fibers, coupled for improved stiffness, standard grade Celcon® acetal copolymer grade GC25A is a glass coupled formulation containing 25% reinforced fiber glass. This grade offers excellent strength, stiffness and heat distortion temperature with lower mold shrinkage, minimum thermal expansion, excellent dimensional stability and good moldability. Chemical abbreviation according to ISO 1043-1: POM