摘要
霉菌会腐蚀军用电子装备,影响它们的性能和使用。根据霉菌生长的条件,从产品的结构设计、工艺保护、使用工况等方面,对现有配方进行改进,结果表明:防添加防霉剂C后,未对氯丁橡胶的混炼程度产生影响;且用量在质量分数为1%时候,各性能指标达到最优。
That mold may corrode military electronic equipment as well as their performance and use. According to mold growth conditions, we change the structure of product design, process protection, operating conditions, etc. in order to improve the existing formula, the results showed that when adding fungicide after C, no influence on the mixing degree of neoprene. And dosage when the mass fraction of 1 %, the performance indicators to achieve the optimal.
出处
《广东化工》
CAS
2016年第13期77-77,36,共2页
Guangdong Chemical Industry
关键词
防霉剂
氯丁橡胶
防霉工艺
mould inhibitor
noprene rubber
mouldproof craft