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833 results found
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SABIC® PPcompound 2550/4
SABIC® PPcompound 2550/4 is a mineral filled modified polypropylene. Typical material properties include good flow, high impact, good stiffness, low gloss and low CLTE. Typical app...
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SABIC® PPcompound PHC22/20
SABIC® PPcompound PHC22/20 is a UV stabilized talcum filled grade typically used in automotive interior applications. This filled copolymer has an excellent impact and stiffness al...
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SABIC® PPcompound 37T1030
SABIC® PPcompound 37T1030 is a high flow copolymer with 30% talc, offering an excellent balance between stiffness and impact resistance. It has been specially developed for automot...
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SABIC® PP PHC31-81
SABIC® PP PHC31-81 is a grade which combines high stiffness with good impact strength. Its excellent flow properties and narrow molecular weight distribution permits fast cycle-tim...
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SABIC® PPcompound 2632/7
SABIC® PPcompound 2632/7 is a mineral filled modified polypropylene. Typical material properties include a very high flow and an excellent balance between impact and stiffness wit...
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SABIC® PPcompound 2500/4
SABIC® PPcompound 2500/4 is a mineral filled modified polypropylene. Typical material properties include high flow, very high impact, good stiffness, low shrinkage and CLTE. Typica...
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SABIC® PPcompound 108CS15
SABIC® PPcompound 108CS15 is a material with good flow, impact and stiffness. The material is part of the SABIC® PP CS systems and also available as a CS system: using a mixture of...
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NORYL™ Resin EX130
NORYL EX130 resin is a non-reinforced blend of polyphenylene ether (PPE) + polystyrene (PS). This injection molding grade exhibits a good balance of impact resistance and surface a...
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NORYL™ Resin EN265
NORYL EN265 resin is a non-reinforced blend of polyphenylene ether (PPE) + polystyrene (PS). This high heat extrusion grade contains non-brominated, non-chlorinated flame retardant...
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NORYL™ Resin EM6101
NORYL EM6101 is a non-reinforced blend of polyphenylene ether (PPE) + polystyrene (PS). This grade has improved flow characteristics and overall processing economy with a heat defl...