Acculam® Phenolfab CE is a laminate sheet comprised of a phenolic resin binder and woven canvas (cotton) substrate. It qualifies to NEMA CE and MIL-I-24768/14. This material is characterized by good mechanical properties and toughness. It has higher impact strength than NEMA XX grades. Its good machining qualities, moisture resistance and excellent wear resistance can be used in a wide variety of applications.

Acculam® Phenolfab CYBS is a laminate sheet comprised of a phenolic resin binder and woven canvas (cotton) substrate with graphite added to enhance self-lubrication. This material is characterized by good mechanical properties and toughness. It has similar mechanical properties to C/CE. It is not intended for applications needing electrical resistance. It has good machining qualities and good wear resistance.

Acculam® Phenolfab LE - Laminate sheet comprised of a phenolic resin and a woven linen (cotton) substrate. This material qualifies to NEMA LE and MIL-I-24768/13. These materials good moisture resistance and machining characteristics allow its use in a wider range of electrical and structural applications than XX Grades. Its finer weave fabric also allows thinner thickness to be produced than C and CE Grades.

Acculam® Phenolfab XXX - Laminate sheet comprised of a phenolic resin and a high alpha saturating paper substrate. It qualifies to NEMA XXX and MIL-I-24768/10. This material has excellent machining characteristics, low moisture absorption and excellent dimensional stability. It is used in switchgear, relay spacers, power transformer insulating applications as well as numerous mechanical areas.

Acculam® Phenolglas G3 - Laminate sheet comprised of a high temperature phenolic resin binder and a woven fiberglass substrate. It qualifies to NEMA G-3 and MIL-I-24768/18. This material has good heat resistance, high mechanical strength and low thermal expansion. It finds applications in motor slot insulation, valve plates, and other applications requiring good thermal insulation characteristics.

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.