导热橡胶

填充型导热橡胶研究开发现状

Research and development status of filled thermal conductive rubber

Al2O3的表面处理及粒子尺寸对SBR导热橡胶性能的影响

Effect of surface treatment and particle size of alumina filler on thermal conductivity of SBR

当Al2O3的体积分数为0.07时，RTV-2导热硅橡胶具有较好的导热性能和工艺性能，但力学性能偏低。

When the volume fraction of Al_2O_3 was 0.07 , the RTV-2 silicone rubber had good thermal conductivity and processing property , but with low mechanical properties .

当大粒径与小粒径刚玉粉的质量比为1/3或3/5时，所得RTV导热硅橡胶的综合性能较好。

When the mass ratio of between bigger grain size and smaller grain size corundum was 1 / 3 or 3 / 5 , the combined properties of RTV heat conductive silicone rubber were good .

混杂填料填充导热硅橡胶性能研究

Properties of Heat Conductive Silicone Rubber Filled with Hybrid Fillers

无机填料的表面处理及其在导热天然橡胶复合材料中的应用

Surface treatment of inorganic filler and its application in thermal conductive natural rubber composite

导热硅橡胶的性能与应用

Properties and application of thermal-conductive silicone rubber

导热硅橡胶复合材料研究

Studies on silicone rubber composite insulator

阐述了导热硅橡胶的应用及发展方向。

The future development and application of thermally conductive silicone rubber were discussed at the end of paper .

导热油炉在橡胶硫化工艺中的应用

Qil Furnace in the Application of Rubber Curing Technology

导热型硅橡胶电子灌封杂化材料研究

Research on silicone rubber hybrid materials with heat conductive performance used for electronic encapsulation

激光导热仪在橡胶导热性能研究中的应用

Application of laser thermal conductivity testing instrument in research on thermal conductivity of rubber

概述了导热电子灌封硅橡胶的研究背景。

The research background of the liquid thermal conductive encapsulated silicone rubber was summarized .

高导热室温硫化硅橡胶和硅脂

High Thermal Conductive RTV Silicone Rubber and Grease

指出通过填充不同粒径分布的填料或对填料进行适当的表面处理，可以制备高导热室温硫化硅橡胶。

High thermal conductive room temperature vulcanized silicone rubber could be prepared by filling with different particle size distribution or surface treated fillers .

LDPE/导热填料和硅橡胶/导热填料两类材料的热导率均值随着温度的升高，开始阶段急剧增大，而后缓慢增大，到最大值后又趋于下降；

With the temperature increasing , the thermal conductivities of LDPE / thermal fills and silicon rubber / thermal fills are increasing rapidly at the beginning , then increasing slower , reaching the top and reducing .

基于此装置，对采用共混填充法制造的HDPE/LDPE、LDPE/导热填料、硅橡胶/导热填料三类材料的力学性能和导热性能进行了分析研究。

Based on the new equipment and method , the mechanical performance and thermal conductive performance of the three kinds of materials : HDPE / LDPE , LDPE / thermal fills , silicon rubber / thermal fills , are analysed .

综述了近几年来导热高分子材料主要是导热塑料、导热橡胶领域内的研究开发进展。

The recent progress in the study of thermally conductive plastics and rubbers was introduced .

以甲基乙烯基硅橡胶为基胶，两种不同粒径（3μm，20μm）的微米氧化铝为导热填料制备了填充型导热绝缘硅橡胶。

The thermal conductive and electrically insulating silicone rubber was prepared using the methyl vinyl silicone rubber and heat conductive hybrid alumina powder with two different particle sizes .

发现当粒径分布适当时，可得到导热系数高、粘度低的室温硫化导热硅橡胶及导热硅脂。

It was found that RTV silicone rubber or silicone grease had the maximum thermal conductivity and the lowest viscosity , when the filler particle sizes distribution was proper .

混合填料比单一填料的导热系数高；不同种类的金属氧化物导热填料对硅橡胶的绝缘性能影响不大。

The heat conduction filler of different types of metal oxide has no substantial influence on the insulation of silicone rubber compound .