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海疆N4006/N4010橡胶增塑剂的研制及其在SBS体系中的应用 被引量:5

Development of Rubber Plasticizer Coastal N4006/N4010 and Applications in SBS/Oil Blends
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摘要 以中海油绥中36–1环烷基原油为原料,通过常减压蒸馏工艺和高压加氢工艺技术,研制出了符合HG/T 5085—2016化工行业标准的橡胶增塑剂海疆N4006和N4010基础油,油品具有优异的紫外光安定性和热稳定性,适合用作SBS类苯乙烯热塑性弹性体的填充油。研究了两种油品填充的SBS体系的力学性能,耐热性能以及耐紫外光老化性能,并通过红外光谱分析研究了充油体系的老化机理。结果表明充油体系的力学性能良好:拉伸强度>10 MPa、断裂伸长率>900%,耐光热老化性能优异,热老化后的强度保留率>90%,24 h紫外老化后的强度保留率>60%。经紫外光辐照试样表面的红外图谱在3 300、1 720和1 170 cm–1附近出峰,显示老化降解后新增基团主要为羧酸类和脂肪族酯类。热氧老化后充油SBS试样的红外光谱与未老化试样的无差别,表明其优异的耐热氧老化性能。 Using Suizhong 36-1 naphthenic crude oil as raw material, rubber plasticizer Coastal N4006 and N4010 base oil, conforming to the standard of chemical industry standard(tentative), were developed through vacuum distillation process and high-pressure hydrogenation technology The heat and UV resistant mechanical performance of the Coastal N4006/N4010 oil extended SBS system were investigated, and its aging mechanism was studied by FTIR analysis. The SBS/oil blends showed favorable mechanical properties with an over 10 MPa tensile strength and an over 900% elongation at break, remained high tensile strength after thermo oxidative(over 90%) and UV aging for 24 h(over 60%). The FTIR absorption peaks appeared around 3 300、1 720 and 1 170 cm–1 after UV irradiation, indicating that the main newly increased groups after aging and degradation were carboxylic acid and aliphatic ester groups. The FTIR spectroscopy of samples after thermo-oxidative aging remained the same with the unaged ones, which again proved the excellent thermal stability.
作者 刘燕 史晓滔 乔琦 王海军 刘杰 王储 林建荣 张爱民 武建勋 LIU Yan;SHI Xiaotao;QIAO Qi;WANG Haijun;LIU Jie;WANG Chu;LIN Jianrong;ZHANG Aimin;WU Jianxun(China National Offshore Oil Corporation (Taizhou), Taizhou 225321, China;State Key Lab. of Polymer Materials Eng., Polymer Research Inst., Sichuan Univ., Chengdu 610065, China)
出处 《工程科学与技术》 EI CAS CSCD 北大核心 2019年第3期221-226,共6页 Advanced Engineering Sciences
基金 中国海洋石油公司科技开发项目(YQ–TY–FW–2014–0170)
关键词 环烷油 橡胶增塑剂 光安定性 热稳定性 naphthenic oil rubber plasticizer UV stability thermal stability
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