PPS resin, 30% glass fiber reinforced for injection moulding

PPS resin, 40% glass fiber reinforced for injection moulding

PPS resin, 50% glass fiber reinforced for injection moulding

PPS resin 60% mixed glass and mineral filled for injection moulding

PPS resin 10% carbon fibers reinforced, semiconductive for injection moulding

PPS resin 40% carbon fibers reinforced, semiconductive for injection moulding

PPS resin 60% mixed fibers reinforced, semiconductive for injection moulding

Long Glass Fiber

Long Glass Fiber

Xencor™ PPS LGF-3045 NT-9 is a 45% long-glass fiber reinforced polyphenylene sulfide compound.

Xencor™ PPS LGF-3045 is a 45% long-glass fiber reinforced polyphenylene sulfide compound. - Xencor PPS LGF-3045 BK081-9

XSD-1100 30GF is 30% glass fiber reinforced polyphenylene sulfide resin for injection molding products, which with excellent characteristics of high strength, high rigidity, high temperature resistance,good appearance and good dimensional stability. Typical application include electronic apparatus, aerospace, household appliance, automobile, etc.

XSD-1100 40GF is 40% glass fiber reinforced polyphenylene sulfide resin for injection molding products, which with excellent characteristics of high strength, high rigidity, high temperature resistance, good appearance and good dimensional stability. Typical application include electronic apparatus, aerospace, household appliance, automobile, etc.

XSD-1100 50GF is 50% glass fiber reinforced polyphenylene sulfide resin for injection molding products, which with excellent characteristics of high strength, high rigidity, high temperature resistance,good appearance and good dimensional stability. Typical application include electronic apparatus, aerospace, household appliance, automobile, etc.

30% Glass Reinforced, High Impact, Food Contact Quality, Drinking Water Grade Design Challenge Degradation & Stability | Chemical stability

30% Glass Reinforced, Drinking Water Grade, Food Contact Quality, Flame Retardant Design Challenge Degradation & Stability | Chemical stability

30% Glass Reinforced, Flame Retardant Design Challenge Degradation & Stability | Chemical stability

30% Glass Reinforced, Flame Retardant, Excellent Mold Release, Low Flash Design Challenge Degradation & Stability | Chemical stability

40% Glass Reinforced, Improved Impact Design Challenge Degradation & Stability | Chemical stability

40% Glass Reinforced, Flame Retardant, Improved flow Design Challenge Degradation & Stability | Chemical stability

40% Glass Reinforced, Wear and Friction Modified, Flame Retardant Design Challenge Degradation & Stability | Chemical stability

40% Glass Reinforced, Halogen free, Chlorine Content < 900 ppm Design Challenge Degradation & Stability | Chemical stability

40% Glass Reinforced, Drinking Water Grade, Food Contact Quality, Flame Retardant Design Challenge Degradation & Stability | Chemical stability

40% Glass Reinforced, Flame Retardant Design Challenge Degradation & Stability | Chemical stability

40% Glass Reinforced, Excellent Mold Release, Flame Retardant

40% Glass Reinforced, Excellent Mold Release, Flame Retardant Design Challenge Degradation & Stability | Chemical stability

40% Glass Reinforced, Flame Retardant, Hydrolysis resistant Design Challenge Degradation & Stability | Chemical stability

Design Challenge Degradation & Stability | Chemical stability

65% Glass/Mineral Reinforced, Flame Retardant, Excellent Dimensional Stability Design Challenge Degradation & Stability | Chemical stability

Thermal conductive material Design Challenge Degradation & Stability | Chemical stability

Unreinforced, Extrusion Design Challenge Degradation & Stability | Chemical stability

Extrusion, Improved Impact Despite the fact that the above-mentioned grade is an extrusion grade, when using it for an injection molding process, the document below describes the typical injection molding recommendations. Design Challenge Degradation & Stability | Chemical stability