Today’s engines, manufacturing systems, aerospace technology and automobile systems are very different than they were even a few decades ago. They are more advanced, more efficient and more powerful, which has led to the need for higher performance options in all types of components and parts.
The development of the high temperature gasket materials on the market today are a result of this demand for gaskets that can stand up to both internal temperatures as well as operating or environmental temperatures.
Each of these high temperature gasket designs serves a wide range of different functions. They provide cushioning and insulating between components, helping to reduce damage through wear and tear. They also reduce vibrations, seal and shield depending on the specific materials used in the gasket.
Custom Options
Different temperature and use requirements will dictate the specific high temperature gasket material that will be most effective. For example, here are a few different types of high-temperature materials and when they are commonly used:
* Fluorosilicone – used at temperatures of 400 degrees Fahrenheit and above, this is a material that will also resist breakdown by exposure to fuels as well as lubricant materials.
* Silicone – this is a material that can be used at plus 600 degrees Fahrenheit. It is also resistant to mold, fungus, ozone and UV light. This has a very high tensile strength and is a very effective gasket material for many applications.
* Viton – this is a fluorocarbon elastomer that can resist fuel, chemicals, oils, acids and also very high temperatures. This is not a good option when there may be very cold conditions, but other gasket materials can provide protection in both heat and cold.
Working with a gasket company providing custom design and development of gaskets is always the best option. This allows you to compare materials, design options and use parameter to choose the best option.