摘要
考察了石墨烯含量、分散剂种类对PVC材料表面电阻的影响,以及分散剂种类对PVC材料塑化性能和拉伸强度的影响。结果表明:当石墨烯质量分数为3%,PE蜡质量分数为1%(均以PVC材料的质量为100%计)时,制得的PVC抗静电材料的表面电阻达到106Ω,拉伸强度达到55 MPa左右,可用于生产煤矿用PVC抗静电管材。
The effects of graphene content and dispersant type on the surface resistance of PVC ma- terials were investigated. The effects of dispersant types on the plasticizing properties and tensile strength of PVC materials were investigated. The results showed that when the graphene content was 3% and the PE wax content was 1% （based on the mass fraction of PVC materials was 100% ）, the surface resistance of the PVC antistatic materials was 10^6Ω, and the tensile strength was about 55 MPa. The PVC antistatic materials could be used for the production of PVC antistatic pipes for coal mines.
作者
付世创
庄鹏程
张凌
FU Shichuang, ZHUANG Pengcheng, ZHANG Ling(Duoling New Materials Technology Co. , Ltd. , Jiaxing 314000, Chin)
出处
《聚氯乙烯》
CAS
2018年第7期15-17,共3页
Polyvinyl Chloride
