SUMIKON® AM-100 Type J Black-B by Sumitomo Bakelite is a short glass fiber reinforced, non-flame retardant, diallyl phthalate molding compound. It is suitable for processing by compression molding... view more

SUMIKON® AM-113 Type J Black-B by Sumitomo Bakelite is a flame retardant, short glass fiber reinforced, diallyl phthalate molding compound. It is suitable for processing by injection molding... view more

SUMIKON® AM-3500 Type J Black by Sumitomo Bakelite is a flame retardant, molding, diallyl phthalate compound reinforced with short glass fiber. It is suitable for processing by injection molding... view more

SUMIKON® EM-60 Type JF Black by Sumitomo Bakelite is a short fiberglass reinforced epoxy molding compound. Exhibits excellent dimensional stability, good strength properties and good electrical... view more

SUMIKON® EM-63 Type J Black by Sumitomo Bakelite is a short fiberglass reinforced epoxy molding compound. Exhibits good strength properties, excellent dimensional stability and good electrical... view more

SUMIKON® PM-3028 Type J Black by Sumitomo Bakelite is a short glass fiber and mineral filled molding compound based on phenolic novolac (TS) polymer. It is suitable for processing by injection... view more

SUMIKON® PM-3050 Type J Black by Sumitomo Bakelite is a glass fiber, inorganic filler and organic fiber filled phenolic novolac resin molding compound. Exhibits good mechanical properties. SUMIKON®... view more

SUMIKON® PM-3075 Type JK Black by Sumitomo Bakelite is a glass fiber filled phenolic molding compound. Exhibits good mechanical properties and heat resistance. SUMIKON® PM-3075 Type JK Black is... view more

SUMIKON® PM-5610 Type J Black by Sumitomo Bakelite is a phenolic novolac resin molding compound reinforced with glass fiber, inorganic filler and organic fiber. Exhibits good mechanical properties... view more

SUMIKON® PM-5620 Type J Black by Sumitomo Bakelite is a phenolic novolac resin molding compound reinforced with graphite and glass fiber. Exhibits good wear resistance. SUMIKON® PM-5620 Type J Black... view more

SUMIKON® PM-5900 Type JA Black by Sumitomo Bakelite is a glass fiber and inorganic filler filled, non-ammonia phenolic molding compound. It is suitable for processing by transfer molding and... view more

SUMIKON® PM-6330 Type J Black by Sumitomo Bakelite is a short glass fiber and mineral filled, non-ammonia phenolic molding compound. It is suitable for processing by transfer molding and injection... view more

SUMIKON® PM-6430 by Sumitomo Bakelite is a halogen-free, two-stage, glass fiber and mineral filled special purpose molding compound. Exhibits high strength, dimensional stability, excellent heat... view more

SUMIKON® PM-6630 Type J Black by Sumitomo Bakelite is a mineral and short glass fiber filled phenolic molding compound. It is suitable for processing by transfer molding and compression molding... view more

SUMIKON® PM-725 Type JZ Black by Sumitomo Bakelite is a graphite and short glass fiber filled molding compound based on phenolic novolac polymer. It is suitable for processing by transfer molding... view more

SUMIKON® PM-9501 by Sumitomo Bakelite is a halogen-free, two-stage, glass fiber and mineral filled special purpose molding compound. Exhibits high strength, dimensional stability and excellent heat... view more

SUMIKON® PM-9501 Type J Black by Sumitomo Bakelite is a glass fiber and inorganic filler reinforced phenolic molding compound. Exhibits good mechanical properties. SUMIKON® PM-9501 Type J Black is... view more

SUMIKON® PM-9610 by Sumitomo Bakelite is a two-stage, halogen-free, glass fiber and mineral filled special purpose molding compound. It exhibits high strength, dimensional stability and excellent... view more

SUMIKON® PM-9615 Type J Black by Sumitomo Bakelite is a glass fiber filled phenolic molding compound. Exhibits good mechanical properties and heat resistance. SUMIKON® PM-9615 Type J Black is... view more

SUMIKON® PM-9640 by Sumitomo Bakelite is a halogen-free, two-stage, glass fiber and mineral filled phenolic grade. Exhibits high strength, dimensional stability and excellent heat resistance... view more