世界橡胶工业
世界橡膠工業
세계상효공업
WORLD RUBBER INDUSTRY
2009年
7期
41-43
,共3页
压缩疲劳温升%硫化体系%过氧化物硫化
壓縮疲勞溫升%硫化體繫%過氧化物硫化
압축피로온승%류화체계%과양화물류화
temperature rising in compression flexometer testing%vulcanization system%peroxide vulcanization system
研究了有效硫化体系、半有效硫化体系、普通硫化体系、过氧化物硫化体系对丁腈橡胶压缩疲劳温升的影响,结果表明:在试验条件下,过氧化物、半有效硫化体系的压缩疲劳温升较低,而有效硫化体系的压缩疲劳温升较高,普通硫化体系的压缩疲劳温升居中.
研究瞭有效硫化體繫、半有效硫化體繫、普通硫化體繫、過氧化物硫化體繫對丁腈橡膠壓縮疲勞溫升的影響,結果錶明:在試驗條件下,過氧化物、半有效硫化體繫的壓縮疲勞溫升較低,而有效硫化體繫的壓縮疲勞溫升較高,普通硫化體繫的壓縮疲勞溫升居中.
연구료유효류화체계、반유효류화체계、보통류화체계、과양화물류화체계대정정상효압축피로온승적영향,결과표명:재시험조건하,과양화물、반유효류화체계적압축피로온승교저,이유효류화체계적압축피로온승교고,보통류화체계적압축피로온승거중.
This article discusses the influence on NBR temperature rising in compression flexometer testing, between the dif-ferent vulcanization systems which are efficient, half-efficient, ordinary and peroxide. The results show that under the given testing condition, temperature rising in peroxide and half-efficient vulcanization system is lower, hut in efficient vulcanization system, it is higher. And the result in ordinary vulcanization system is between them.
