分析了在热硫化硅橡胶混炼胶撕裂强度的测试中撕裂强度出现偏差的原因；
The cause leading to deviation of tear strength in measuring tear strength of silicone rubber vulcanizate was analyzed.
本公司是一家研制、开发、生产导电硅橡胶混炼胶及其制品的专业厂家。
This is a research and development, production mix conductive silicone rubber products, professional and manufacturers.
采用Z桨捏合机，将端乙烯基硅橡胶、气相法白炭黑及羟基硅氧烷进行混炼，制备了高强度硅橡胶混炼胶。
High strength silicone rubber compounds were prepared using vinyl-terminated silicone rubber, fumed silica and hydroxy siloxane by intensive mixing method in Z blade mixer.
将六苯基环三硅氮烷与甲基乙烯基硅橡胶按照不同配比共混得到混炼胶，测定老化前后混炼胶的力学性能。
The mechanical properties of gross rubber before and after aging were detected when mixed hexaphenyl cyclotrisilazane with methyl vinyl silicone rubber in different ratio.
结果表明，在硅橡胶混炼过程中，接到硅橡胶主链上的羟基硅油甚少，大部分接到白炭黑表面上；
The results indicated that the range of optimization amounts of hydroxysilicone oil which condensed with hydroxyl groups onto the surface of gas-phase foam silica.
在上述混炼胶中加入适量的柔软剂和硫化剂DCBP ，制得在室温下贮存稳定的单组分硅橡胶糊状物。
An one part silicone rubber paste was made by blending of suitable softening agent and DCBP vulcanizing agent in aforementioned rubber compounds.
无机短纤维经过混炼后，长度大大下降，对硅橡胶无补强作用。
Short inorganic fibers had no reinforcing effect because of their lengths...
无机短纤维经过混炼后，长度大大下降，对硅橡胶无补强作用。
Short inorganic fibers had no reinforcing effect because of their lengths...
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