Why use glass fiber for silicone rubber heater?
Everyone knows that silicone rubber heater are widely used, so why use glass fiber as a thermal conductive material? There are several reasons:
1.Cost-effectiveness: Fiberglass cabinets are very affordable and cost-effective for other fiber materials. And its production process is relatively simple with other fiber manufacturing technologies. In addition, there is no need for corrosive and surface properties to reduce the cost of glass fiber. Therefore, it is quite reasonable to apply broken glass wave fiber to high-consumption products such as beauty and thermal silicone.
2. Stability: Glass fiber and composite material have one of the highest strength-to-weight ratios that can be used to manufacture components. Researchers have tested that glass fiber is stronger than metal code. Products constructed from glass thousand-dimensional manufacturing components far exceed the use of standard injection molding or non-reinforced plastics or materials. Glass fiber is also suitable for extreme environments with high strength.
Glass fiber also has extremely stable chemical properties, does not rust and is highly resistant to acid and alkali corrosion. The non-corrosive function of glass fiber is better than that of metal. When Jinglu is at the extreme temperature. For example: salty or humid air, high temperature and strong light, or acid-alkaline chemical environment. Glass fibers can continue for a longer period of time and perform better than most available alternatives. And this function is also the same as the function of the thermal conductive material.
3. Product appearance: Because with the continuous development of technology, the glass fiber and composite are processed in the mold through the special treatment of gel film and various colors and textures to complete the various appearances and colors required by customers. Glass fiber and composite parts can be made into flat plates, semi-gloss or high gloss. Then it meets the appearance requirements of thermally conductive silicone sheets and various thermally conductive materials.
