Type: Phenolic moulding compound, inorganically filled, glass fiber reinforced Suggested uses: Engine attachments. Fuel pump parts. Pistons. Pulleys. Starter and oil caps. vacuum pump parts. Processes: Injection molding. Compression molding. Benefits: Heat resistant. Highest compressive strength. Low CTE. Very good mechanical properties. Very high dimensional stability.

Type: Phenolic moulding compound, inorganically/organically filled, glass fibre reinforced Suggested uses: Fittings for ovens and dishwashers. Pot and pan handles. Processes: Injection molding. Compression molding. Benefits: Electrically conductive. Heat resistant. Water vapor resistant.

Type: Phenpolic moulding compound, organically filled/reinforced Suggested uses: Pot and pan handles. Processes: Injection molding. Compression molding. Benefits: Low viscosity.

Type: Phenolic moulding compound Suggested uses: Pot and pan handles Processes: Injection molding. Compression molding. Benefits: Contains regranulated phenolic molding compounds. Low viscosity.

Type: Phenolic moulding compound, inorganically/organically filled Suggested uses: Pot and pan handles Processes: Injection molding. Compression molding. Benefits: Dish washer proof. Heat resistant. High dimensional stability.

Type: Phenolic moulding compound, inorganically/organically filled Suggested uses: Switches for heating control units. Processes: Injection molding. Benefits: UL listed.

Type: Phenolic moulding compound, inorganically/organically filled Suggested uses: Fittings for ovens and dishwashers. Knobs. MCB's. Pot and pan handles. Switch elements. Processes: Injection molding. Compression molding. Benefits: Dish washer proof.

Types: Phenolic moulding compound, inorganically/organically filled Suggested uses: Fittings for ovens and dishwashers. Pot and pan handles. Processes: Injection molding. Compression molding. Benefits: Dish washer proof. High surface class. Water vapor resistant.

Type: Phenolic moulding compound, inorganically/organically filled Suggested uses: Bobbins. Electric devices. MCB's. Micro switches. Relays. Switches and connectors. Processes: Injection molding. Compression molding. Benefits: Improved tracking resistant. UL listed.

Type: Phenolic moulding compound, inorganically filled, glass fiber reinforced Suggested uses: Automotive under the hood parts. Engine attachments. MCB's. Processes: Injection molding. Compression molding. Benefits: Improved electrical properties.

Type: Phenolic moulding compound, inorganically filled, glass fiber reinforced Suggested uses: Carbon brush holders. Starter and oil caps. Processes: Injection molding. Compression molding. Benefits: Heat resistant. High mechanical strength. Low water absorption.

Type: Phenolic moulding compound, organically filled/reinforced Suggested uses: Electric devices. Terminal boards. Processes: Injection molding. Compression molding. Benefits: Improved electrical properties.

Type: Phenolic moulding compound, organically filled/reinforced Suggested uses: Brake booster parts. Decor items. Electric devices. Electric meter cases. Knobs. Pot and pan handles. Switches and connectors. Processes: Injection molding. Compression molding. Benefits: General purpose type. UL listed.

Type: Phenolic moulding compound, inorganically filled, glass fiber reinforced Suggested uses: Commutators in electric motors, Slip rings. Processes: Injection molding. Compression molding. Benefits: Copper-adhesive, Heat resistant, Improved chemical resistance.

Type: Phenolic moulding compound, inorganically filled, glass fiber reinforced Suggested uses: Commutators in electric motors, Slip rings. Processes: Injection molding. Compression molding. Benefits: Improved chemical resistance. UL listed.

Type: Phenolic moulding compound, organically filled/reinforced Suggested uses: Contact bridges. Handwheels. MCB's. Processes: Injection molding. Compression molding. Benefits: Increased notched impact strength.

Type: Phenolic moulding compound, inorganically filled, glass fiber reinforced Suggested uses: Pulleys. Vacuum pump parts. Processes: Injection molding. Compression molding. Benefits: Heat resistant. High dimensional stability at high temperature. Improved chemical resistance.

Type: Phenolic moulding compound, inorganically filled, glass fiber reinforced Suggested uses: Automotive under the hood parts. Engine attachments. Insulation flanges. Screw terminal capacitor caps. Processes: Injection molding. Compression molding. Benefits: Heat resistant. High dimensional stability at high temperature. Improved chemical resistaance. UL listed.

Type: Phenolic moulding compound, inorganically filled, glass fiber reinforced, elastomer modified Suggested uses: Automotive under the hood parts, Engine attachments, Insulation flanges. Processes: Injection molding. Compression molding. Benefits: Electroplateable, Heat resistant, High dimensional stability at high temperature, High mechanical strength, Improved chemical resistance.

Type: Phenolic moulding compound, inorganically filled, glass fiber reinforced Suggested uses: Engine attachments. Water pump parts. Processes: Injection molding. Compression molding. Benefits: Heat resistant. High dimensional stability at high temperature. Improved chemical resistance.

Type: Phenolic moulding compound, glass beads filled, glass fiber reinforced Suggested uses: Engine attachments. Pistons. Processes: Injection molding. Compression molding. Benefits: Improved chemical resistance.

Type: Phenolic moulding compound, inorganically/organically filled, graphite modified Suggested uses: Gas meter valves/grids. Processes: Injection molding. Compression molding. Benefits: Improved thermal conductivity. Tribological type.

Type: Phenolic moulding compound, inorganically/organically filled, graphite modified Suggested uses: Gas meter valves/grids. Processes: Injection molding. Compression molding. Benefits: Improved thermal conductivity. Tribological type.

Type: Phenolic moulding compound, inorganically/organically filled, graphite modified Suggested uses: Grinding wheels. Processes: Injection molding. Compression molding. Benefits: Electrically conductive, Improved thermal conductivity. Tribological type.

Type: Phenolic moulding compound, inorganically/organically filled, graphite modified Suggested uses: Gas meter valves/grids. Processes: Injection molding. Compression molding. Benefits: Electrically conductive. Improved thermal conductivity. Tribological type.

Type: Phenolic moulding compound, inorganically/organically filled, graphite modified Suggested uses: Fuel pump parts. Processes: Injection molding. Compression molding. Benefits: Electrically conductive. Improved thermal conductivity. Tribological type.

Type: Phenolic moulding compound, inorganically/organically filled Suggested uses: Pot and pan handles. Processes: Injection molding. Compression molding. Benefits: Heat resistant. Low post shrinkage. Low shrinkage.

Type: Phenolic moulding compound, inorganically filled, glass fiber reinforced Suggested uses: Baking oven rollers. Pot and pan handles. Processes: Injection molding. Compression molding. Benefits: High heat resistant (260 °C). High surface class.

Type: Phenolic moulding compound, organically filled/reinforced Suggested uses: Insulation flanges. Knobs. MCB's. Pot and pan handles. Switches and connectors. Processes: Injection molding. Compression molding. Benefits: General purpose type.