CAJ | 학술논문

以纳米导电炭黑粉体XC-72R作为导电填料对高分子材料进行防静电处理。先对纳米导电炭黑粉体进行球磨分散，制得固含量为35wt％的高稳定性导电浆料，再将该浆料添加到聚四氟乙烯（PTFE）乳液中，并涂布到玻璃纤维布上，经380℃烧结制得防静电PTFE涂层。当炭黑粉体的添加量为3．98wt％时，涂层的电阻率可达10^Ω·cm，具有很好的防静电效果。
이납미도전탄흑분체XC-72R작위도전전료대고분자재료진행방정전처리。선대납미도전탄흑분체진행구마분산，제득고함량위35wt％적고은정성도전장료，재장해장료첨가도취사불을희（PTFE）유액중，병도포도파리섬유포상，경380℃소결제득방정전PTFE도층。당탄흑분체적첨가량위3．98wt％시，도층적전조솔가체10^Ω·cm，구유흔호적방정전효과。
A conductive carbon black nanopowder XC-72R were used as conductive filler to add to polymer material for antistatic treatment. The conductive carbon black nanopowders were dispersed by use of ball milling, and obtained stable conductive slurry with carbon black content of 35wt%. The carbon black slurry was added to PTFE emulsion, and obtained stable mixture. Coating fiberglass cloth with this carbon black-PTFE slurry by bar coater, and sintering at 380℃ . The electrical resistivity of the coating reached 106Ω· cm when the carbon black content was about 3.98wt%.