SUMIKON® PM-6830 Type Black by Sumitomo Bakelite is an inorganic filler and glass fiber filled non-ammonia phenolic molding compound. Exhibits good heat resistance and good mechanical properties... view more

SUMIKON® PM-6830 (Type Natural) by Sumitomo Bakelite is a glass fiber and inorganic filler filled non-ammonia phenolic molding compound. It exhibits good heat resistance and good mechanical... view more

SUMILITERESIN® PR-50235 I by Sumitomo Bakelite is a high molecule straight phenolic novolac (TP) polymer based on hexamine (10%). Offers improved hardness. It is suitable for rubber and tire... view more

SUMILITERESIN® PR-50731 by Sumitomo Bakelite is a no modification based phenolic novolac (TP) polymer. It is suitable for rubber reinforcement applications... view more

SUMILITERESIN® PR-51363F by Sumitomo Bakelite is a phenolic novolac (TP) polymer. It is suitable for foundry and shell molding tool applications... view more

SUMILITERESIN® PR-51587 I by Sumitomo Bakelite is a tall oil modified phenolic novolac (TP) polymer. Offers low mooney viscosity, good flexibility and good compatibility mixture to rubber. It is... view more

SUMILITERESIN® PR-51618 BI by Sumitomo Bakelite is a straight phenolic novolac (TP) polymer. It is designed in high molecule number in order to get good anti-peel back of RCS. It is preferable add... view more

SUMILITERESIN® PR-51618G by Sumitomo Bakelite is a phenolic novolac (TP) polymer. It is suitable for foundry and shell molding tool applications... view more

SUMILITERESIN® PR-51649 BI by Sumitomo Bakelite is a straight phenolic novolac (TP) polymer. It is designed in high molecule number in order to get good anti-peel back of RCS. It is preferable add... view more

SUMILITERESIN® PR-51992 by Sumitomo Bakelite is a phenolic novolac (TS) polymer. It is suitable for compound applications... view more

SUMILITERESIN® PR-54361 I by Sumitomo Bakelite is a 30% cashew net shell oil (CNSL) modified phenolic novolac (TP) polymer based on hexamine (10%). Offers improved flexibility and good hardness. It... view more