文章摘要
Preparation of Wear Resistance and Oil Resistance FVMQ Composites
Received:May 22, 2024  Revised:May 22, 2024
DOI：10.12136/j.issn.1000-890X.2026.02.0083
Key Words: fumed silica；FVMQ；tensile strength；oil resistance；wear resistance
Author NameAffiliationE-mail
WANG Yanan Chengdu Aircraft Industry（Group） Co.，Ltd. wujinrong@scu.edu.cn 
AI Jianping Chengdu Aircraft Industry（Group） Co.，Ltd.  
XU Weiwei Chengdu Aircraft Industry（Group） Co.，Ltd.  
SUO Junying Sichuan University  
ZHOU　Xun Chengdu Aircraft Industry（Group） Co.，Ltd.  
JING Zhixin Chengdu Aircraft Industry（Group） Co.，Ltd.  
PANG　Bo Sichuan University  
KONG Lingmin Sichuan University  
WU Jinrong* Sichuan University  
Hits: 240
Download times: 96
Abstract:
      Wear resistance and oil resistance fluorinesilicone rubber（FVMQ） composites（referred to as FVMQ compounds） were prepared by mechanical mixing using 20，27 and 31 phr of fumed silica as reinforcing filler，and the effect of fumed silica dosages on properties of FVMQ compounds was studied.The results showed that when vulcanizing agent DBPH dosage was 0.8 phr，the Fmax and Fmax－FL of FVMQ compounds with 31 phr of fumed silica were the highest.Compared with FVMQ compounds with 20 and 27 phr of fumed silica，FVMQ compounds with 31 phr of fumed silica had higher Shore A hardness，modulus at 100%，modulus at 300%，and tensile strength，with a smaller maximum loss factor and the highest friction coefficient.After soaking in 15# aviation hydraulic oil （room temperature× 27 h），the FVMQ compound with 31 phr of fumed silica had the smallest mass change rate and volume change rate，which were 1.5% and 3.8%，respectively.Overall，using fumed silica as a reinforcing filler could effectively improve the physical properties，oil resistance and wear resistance of FVMQ compound.The application prospects of fumed silica reinforced FVMQ compounds in the aviation field were broad.
View Full Text   View/Add Comment  Download reader
Close