CAJ | 학술논문

分别利用SG-3、SG-5、SG-8三种原料聚氯乙烯（PVC）进行后氯化,得到氯含量由低到高氯化聚氯乙烯（CPVC）产品。通过考察氯化实验中原料、温度、压力、反应时间对反应的影响,筛选出最佳反应条件;同时对产品的增塑剂吸收量、粘数、粒径、表观密度、表观形貌（SEM）、X射线光电子谱（XPS）及热重（TG）各项重要性能做了检测,并对结果进行了分析。研究结果表明：制得的CPVC树脂具有良好的性质。
분별이용SG-3、SG-5、SG-8삼충원료취록을희（PVC）진행후록화,득도록함량유저도고록화취록을희（CPVC）산품。통과고찰록화실험중원료、온도、압력、반응시간대반응적영향,사선출최가반응조건;동시대산품적증소제흡수량、점수、립경、표관밀도、표관형모（SEM）、X사선광전자보（XPS）급열중（TG）각항중요성능주료검측,병대결과진행료분석。연구결과표명：제득적CPVC수지구유량호적성질。
In this subject, three PVC materials of SG -3, SG -5 and SG -8 are chlorinated four times respective- ly, and four products were obtained respectively from low to high by chlorine content. Then the paper analyzed the effect of raw materials, temperature, pressure and reaction time on the reaction through the chlorination experiment data. In addition, this subject detects the important properties of the product including the plasticizer absorption, viscosity, particle size, apparent density, morphology(SEM), X- ray photoelectron spectroscopy (XPS) and ther- mogravimetry (TG), and analyzed the results. The result is that a CPVC resin with high quality would be produced in the condition of elevated temperature and elevated pressure.