硅橡胶硫化

硅橡胶硫化硅橡胶硫化
  1. 试验发现,加成型室温硫化硅橡胶硫化过程产生气泡的主要原因是氢基硅油与H2O分子的反应。

    Result showed that air bubble when the rubber curing came from the reaction of Si-H and H_2O .

  2. 研究了发泡剂AK用量对硅橡胶硫化速率和发泡速率的影响。

    The influence of contents of blowing agent AK on the curing rate 、 blowing rate of silicone rubber were discussed .

  3. 增塑剂对硅橡胶硫化胶性能的影响

    Effects of plasticizers on the properties of vulcanized silicone rubber

  4. 硅橡胶硫化反应场的数值模拟

    Numerical Simulation of Vulcanization Field of Silicone Rubber

  5. 最后,设计了硅橡胶硫化模具,试制了非粘合型空间弯曲内嵌式形状记忆合金驱动器样机。

    Using the mold , a non-sticky dimensional-bending embedded shape memory alloy actuator prototype is produced .

  6. 在不同的催化条件下,考察了以丙炔醇和苯乙炔作为加成型高温硫化硅橡胶硫化抑制剂的效果。

    The inhibition effect of propynol and phenylacetylene as inhibitor for addition-type heat curable silicone rubber compound was studied under different catalyst conditions .

  7. 分析了硅橡胶硫化过程的主要影响因数,设计了硅橡胶模具硫化工艺规范的优化系统。

    Analyzed the main affecting factors of silicon rubber during the curing period , designed the optimizing system of curing criterion for the silicon rubber mold .

  8. 实验结果表明,这种侧链在硅橡胶硫化时会起到“内集中交联”的作用,从而提高了硅橡胶的模量,并具有较好的综合性能。

    These vinylsilyl groups can be centrally crosslinked during vulcanization , thus making this new silicon rubber to possess extremely high modulus as well asgqod mechanical properties .

  9. 硅橡胶新硫化体系的研究

    On the study of the novel vulcanization system for preparation of silicone elastomers

  10. 胺加速硅橡胶室温硫化的研究

    Studies on amine accelerate vulcanization of RTV silicon rubber

  11. 硅橡胶模具硫化工艺的按需设计

    Required design of mold curing process for silicon rubber

  12. 硅橡胶在硫化成型时实现与玻璃布的复合,具有工艺简单、粘合性能稳定等优点。

    The formation of silicone rubber / glass cloth composite during vulcanization featured simple process and stable adhesion .

  13. 在此基础上,可以实现硅橡胶模具硫化工艺的按需设计。

    Based on the condition , realized the needed design of the curing process for the silicon rubber curing mold .

  14. 研究了抗静电用氧化锌晶须对热硫化硅橡胶的硫化特性、力学性能及电性能的影响。

    The effect of antistatic zinc oxide whisker on the vulcanized , mechanical and electrical properties of heat vulcanized ( HTV ) silicone rubber was investigated .

  15. 采用2种不同热分解温度的有机过氧化物并用,解决了硅橡胶海绵硫化速度与发泡速度匹配以及硫化程度相统一的问题。

    By means of the coordinative effect of two organic peroxides with different decomposing temperature , the curing rate and foaming rate of silicone sponge compound are matched well .

  16. 热硫化硅橡胶并用硫化体系的研究

    Study on Blend Vulcanization System of Heat Curing Silicone Rubber

  17. 模具硅橡胶材料热硫化工艺的有限元模拟

    Finite element simulation of hot vulcanization process of moldable silicone rubber material

  18. 硅橡胶绝缘材料硫化特性的研究

    Study on vulcanization perfomance of silicone rubber insulating material

  19. 发泡硅橡胶胶料硫化特性影响因素的探讨

    Effective factors on curing characteristics of silicone rubber foam

  20. 硅橡胶泡沫材料硫化特性分析

    Analysis of vulcanization characteristics for silicone rubber foam

  21. 医用热硫化硅橡胶二段硫化工艺的生物学效应

    The Biological Effects of the Post Vulcanization of the Medical Heat Vulcanizing Silicone Elastomer

  22. 甲基乙烯基硅橡胶加成硫化研究

    Study on addition silicone rubber

  23. 硅橡胶按其硫化特性可分为热硫化型硅橡胶和室温硫化型硅橡胶两类。

    Curing characteristics of silicone rubber can be divided according to their heat curing silicone rubber and RTV silicone rubber types .

  24. 探讨了硫化剂、补强剂和耐热添加剂对甲基乙烯基硅橡胶(MVQ)硫化胶耐热性能的影响。

    The influence of curatives , reinforcing fillers and anti-heat agent on the heat resistance of MVQ vulcanizate was investigated .

  25. 探讨了用增塑剂二甲基硅油、丙三醇和1,2-丙二醇降低甲基乙烯基硅橡胶(MVQ)硫化胶模量的途径。

    A study was made on the application of dimethyl silicone oil , propanetriol and1,2 propanediol to decrease the modulus of MVQ vulcanizate .

  26. 云母/硅橡胶复合材料的硫化特性研究

    Study on the Curing Characteristics of Silk Mica / Silicon Rubber Composite

  27. 综述了铂加成硫化硅橡胶的特点、硫化机理;重点阐述了它的关键要素及发展方向。

    The characteristic and vulcanized principle of hydrosilylation reaction silicone rubber was introduced . Specially , the important factors and developing prospect of them had been elaborated .

  28. 烯丙基胺硅氢加成物的合成及其在硅橡胶硫化中的应用

    Synthesis of Si-H addition product of allylamine and its application in vulcanization of silicone rubbers