Reinforced polyphenyl ether by using grafted block elastomer (SEBS) modification and preparation method thereof
An elastomer and polyphenylene ether technology, applied in the field of polyphenylene ether, can solve the problems of poor melt fluidity, difficult molding and processing, stress cracking of products, etc., and achieve the effects of good dimensional stability, low water absorption, and good mechanical properties.
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Embodiment 1
[0014] (mass percentage) 60% polyphenylene ether, 10% phase flux, mixed and stirred at high speed and then dried, then added 15% grafted block elastomer, 0.5% antioxidant and 15% dry high-impact polystyrene together at high speed After mixing, twin-screw kneading and extruding, the extrusion process conditions are as shown in Table 1, pelletizing, drying, and packaging.
Embodiment 2
[0016] (mass percentage) 70% polyphenylene ether, 15% phase flux, mixed and stirred at high speed and then dried, then added 18% grafted block elastomer, 0.8% antioxidant and 18% dry high-impact polystyrene together at high speed After mixing, twin-screw kneading and extruding, the extrusion process conditions are as shown in Table 1, pelletizing, drying, and packaging.
Embodiment 3
[0018] (mass percentage) 85% polyphenylene ether, 20% phase flux, mixed and stirred at high speed and then dried, then added 20% grafted block elastomer, 1% antioxidant and 20% dry high-impact polystyrene together at high speed After mixing, twin-screw kneading and extruding, the extrusion process conditions are as shown in Table 1, pelletizing, drying, and packaging.
[0019] The performance indicators of MPPO obtained through testing are shown in Table 2-4.
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