Items such as silicone made foam and resistance tapes are some products that are used to for high and durable heat applications in different industries. These materials have their characteristics which make them applicable in the several fields of industry.

Versatile and heat resistant

Silicone foam is a very useful material due to it high durability and it is best suited to work under high temperatures. It is modular, has less mass and has high resistance to heat making it ideal for applications that call for insulation as well as sealing.

Thermal insulation - As a result of its heat resistance, silicone foam is most suitable for uses in thermal management industries, including automotive, aerospace and electronics industries.

Sealing and gasketing - Therefore, silicone foam is applied for making seals and gaskets that retain components shielded from heat, moisture, contaminants and more.

Cushioning - In addition, it has a very low density and is, therefore, suitable for use as cushioning and padding in industrial applications.

High-temperature resistance tape are a reliable solution

Another material which is prominently used in industries operating at high temperatures is High temperature resistance tape. This tape is generally created using cables such as polyimide or fiberglass on which the heat-resistant sticking compounds are embedded and for this kind ranges from 200°C to 500°C.

Electrical insulation - That adhesive used in wiring and circuits and offers good coverage against heat and electrical insulation.

Heat sealing - At the industrial level, people use retarded high-temp tapes for sealing of heat-sensitive products.

Bundling and repair – The High temperature resistance tape can be used in your car or anywhere that there is tension or pressure to bundle wires, hoses or cables and it does not deteriorate with heat.

Wherever one requires silicone foam for applications such as insulation and cushioning or high temperature resistance tape for electrical insulation and sealing, both are mandatory to factor in so, as to achieve high efficiency as well as operational safety in high temperature zones.