TEDUR® L 9105-1 by MOCOM Compounds is a polyphenylene sulphide (PPS) reinforced with 30% glass fiber. Exhibits high stiffness and high toughness. It can be processed using injection molding... view more

TEDUR® L 9105-1 S by MOCOM Compounds is a polyphenylene sulphide reinforced with 30% glass fiber. Exhibits high stiffness. It can be processed using injection molding... view more

TEDUR® L 9107-1 by MOCOM Compounds is a polyphenylene sulphide reinforced with 40% glass fiber. Exhibits high toughness, reduced flash and increased burst strength. Can be processed using injection... view more

TEDUR® L 9107-1 S by MOCOM Compounds is a polyphenylene sulphide reinforced with 40% glass fiber. Exhibits high toughness, reduced flash and increased burst strength. Can be processed using... view more

TEDUR® L 9107-1 U by MOCOM Compounds is a polyphenylene sulphide (PPS) reinforced with 40% glass fiber. Exhibits high toughness, reduced flash and increased burst strength. Can be processed using... view more

TEDUR® L 9107-7 by MOCOM Compounds is a polyphenylene sulphide (PPS) reinforced with 40% glass fiber. Exhibits high toughness, reduced flash, increased burst strength and low odor. It can be... view more

TEDUR® L 9113-2 by MOCOM Compounds is a polyphenylene sulphide reinforced with 60% glass fiber. Exhibits high stiffness. It can be processed using injection molding. Recommended for automotive and... view more

TEDUR® L 9114-1 by MOCOM Compounds is a polyphenylene sulphide reinforced with 60 % glass fiber. Exhibits high stiffness and high toughness. It can be processed using injection molding. Recommended... view more

TEDUR® L 9114-1 S by MOCOM Compounds is a polyphenylene sulphide (PPS) reinforced with 60% glass fiber. Exhibits high stiffness. It can be processed using injection molding. Complies with UL 94 V-0... view more

TEDUR® L 9116-1 by MOCOM Compounds is a low warpage polyphenylene sulphide reinforced with 60% glass fiber. Exhibits high stiffness and high toughness. It can be processed using injection molding... view more

TEDUR® L 9200-1 by MOCOM Compounds is a polyphenylene sulphide (PPS) reinforced with 60% glass fiber and mineral. Exhibits high toughness. Can be processed using injection molding. Recommended for... view more

TEDUR® L 9214-1 by MOCOM Compounds is a polyphenylene sulphide reinforced with 45 % glass fiber and 20% mineral. Exhibits high stiffness. It can be processed using injection molding. Recommended for... view more

TEDUR® L 9217-1 by MOCOM Compounds is a polyphenylene sulphide (PPS) reinforced with 65% glass fiber and mineral. Exhibits high stiffness, hot oil- and hydrolysis resistance. Can be processed using... view more

TEDUR® L 9217-1 S is a polyphenylene sulphide (PPS) reinforced with 65% glass fiber and mineral. Exhibits high stiffness, hot oil- and hydrolysis resistance. It can be processed using injection... view more

TEDUR® L 9220-1 by MOCOM Compounds is a polyphenylene sulphide reinforced with 65 % glass fiber and mineral. Exhibits high stiffness, oil- and hydrolysis resistance. It can be processed using... view more

TEDUR® L 9222-1 by MOCOM Compounds is a polyphenylene sulphide reinforced with 65 % glass fiber and mineral. Exhibits high stiffness, and oil- & hydrolysis resistance. Can be processed using... view more

TEDUR® L 9300-1 by MOCOM Compounds is a polyphenylene sulphide (PPS) reinforced with 40% glass fiber and glass beads. Exhibits high toughness, reduced flash, increased burst strength and low... view more

TEDUR® L 9310-4 by MOCOM Compounds is a polyphenylene sulphide reinforced with mineral and glass beads. It is platable and exhibits improved surface finish. Can be processed using injection molding... view more

TEDUR® L 9310-4 S by MOCOM Compounds is a polyphenylene sulphide (PPS) reinforced with mineral and glass beads. It is metallizable and exhibits improved surface finish. It is designed for injection... view more

TEDUR® L 9400-1 by MOCOM Compounds is a polyphenylene sulphide (PPS) reinforced with 15% carbon fiber. Exhibits reduced surface resistivity, electrical conductivity and high stiffness. Can be... view more