AMC 2561 by Raschig is a polyester resin reinforced with inorganic and glass fiber. Exhibits excellent mechanical strength, excellent electrical properties and dimensional stability. Offers... view more

AMC 2567 by Raschig is a polyester resin reinforced with glass fiber. Exhibits excellent mechanical strength, excellent electrical isolation properties, dimensional stability and exceptional... view more

AMC 2568 by Raschig is a polyester resin reinforced with glass fiber. Exhibits excellent mechanical strength, excellent electrical properties and dimensional stability. Offers heat resistance upto... view more

AMC 2572 by Raschig is a polyester resin reinforced with glass fiber. Offers excellent mechanical strength, excellent electrical properties and dimensional stability. Possesses good abrasion... view more

AMPAL® MPV 2000 by Raschig is a halogen-free, melamine-modified polyester resin, reinforced with organic and inorganic filler. Exhibits low post shrinkage, excellent electrical values, high heat... view more

AMPAL® MPV 2500 by Raschig is a halogen-free, melamine modified polyester resin, reinforced with organic and inorganic filler. Exhibits excellent elasticity, shock resistance, low post shrinkage... view more

AMPAL® MPV 7250 by Raschig is a melamine-modified polyester resin, reinforced with cellulose. Exhibits excellent electrical values, excellent heat resistance, excellent surface quality and low post... view more

AMPAL® MPV 7270 by Raschig is a melamine-modified polyester resin, reinforced with inorganic filler. Exhibits excellent electrical values, excellent surface quality, distortion tendency, low post... view more

AMPAL® MPV 7500 by Raschig is a melamine-modified polyester resin reinforced with organic and inorganic filler. Exhibits excellent electrical properties, heat resistance, sliding behaviour, wear... view more

DAIP 6501 by Raschig is a diallyl isophthalate compound, reinforced with glass fiber. Exhibits good mechanical strength with retention of high electrical isolation properties under hot -humid... view more

DAIP 6502 by Raschig is a diallyl isophthalate compound, reinforced with glass fiber. Exhibits good mechanical strength with retention of high electrical isolation properties under hot -humid... view more

DAIP 6551 by Raschig is a diallyl isophthalate compound, reinforced with glass fiber. Exhibits good mechanical strength with retention of high electrical isolation properties under hot -humid... view more

DAIP 6552 by Raschig is a diallyl isophthalate compound, reinforced with glass fiber. Exhibits good mechanical strength with retention of high electrical isolation properties under hot-humid... view more

DAP 5553 by Raschig is a diallyl phthalate compound, reinforced with glass fiber. Exhibits good mechanical strength with retention of high electrical isolation properties under hot-humid conditions... view more

DAP 5562 by Raschig is a diallyl phthalate compound, reinforced with glass fiber. Exhibits good mechanical strength with retention of high electrical isolation properties under hot-humid conditions... view more

DAP 5563 by Raschig is a diallyl phthalate compound, reinforced with glass fiber. Exhibits good mechanical strength with retention of high electrical isolation properties under hot-humid conditions... view more

DAP 5567 by Raschig is a halogen-free, diallyl phthalate compound, reinforced with glass fiber. Exhibits good mechanical strength with retention of high electrical isolation properties under... view more

EP 3505 by Raschig is an epoxy resin reinforced with glass fiber. Exhibits good mechanical strength, excellent electrical isolation properties and dimensional stability at high temperature. Suitable... view more

EP 3535 by Raschig is a glass fiber reinforced, epoxy resin. Offers good mechanical strength, excellent electrical isolation properties and dimensional stability at high temperature. Suitable for... view more

EPOXIDUR® EP 3580 by Raschig is an epoxy resin reinforced with glass fiber and mineral filler. Exhibits good mechanical strength, excellent electrical isolation properties with thin wall thickness... view more