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Effect of Low Molecule Polyamide and Nano-SiO_2 on Properties of the Poly (MMA/BA/MAA)

Effect of Low Molecule Polyamide and Nano-SiO_2 on Properties of the Poly (MMA/BA/MAA)
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摘要 Effects of low molecule polyamide (LMPA) and namometer SiO2 particles on the properties of the poly (MMA/ BA/MAA) adhesive for wearable and nonskid PVC (polyvinyl carbazole) materials were investigated. The experimental results show that the shear strength of poly (MMA/BA/MAA)/LMPA is increased, when the LMPA is added into poly (MMA/BA/MAA). The optimum addition of LMPA is about 4 wt pct. By adding 3 wt pct nano-SiO2 into poly (MMA/BA/MAA)/LMPA adhesive, its properties such as the shear strength, thermal stability, wear resistance and sea waterproof resistance are increased too. Effects of low molecule polyamide (LMPA) and namometer SiO2 particles on the properties of the poly (MMA/ BA/MAA) adhesive for wearable and nonskid PVC (polyvinyl carbazole) materials were investigated. The experimental results show that the shear strength of poly (MMA/BA/MAA)/LMPA is increased, when the LMPA is added into poly (MMA/BA/MAA). The optimum addition of LMPA is about 4 wt pct. By adding 3 wt pct nano-SiO2 into poly (MMA/BA/MAA)/LMPA adhesive, its properties such as the shear strength, thermal stability, wear resistance and sea waterproof resistance are increased too.
出处 《Journal of Materials Science & Technology》 SCIE EI CAS CSCD 2007年第3期412-416,共5页 材料科学技术(英文版)
关键词 Wearable and nonskid materials Poly (MMA/BA/MAA) Low molecule polyamide (LMPA) Nano-SiO2 Wearable and nonskid materials Poly (MMA/BA/MAA) Low molecule polyamide (LMPA) Nano-SiO2
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