logo
Xiamen Juguangli Import & Export Co., Ltd
products
News
Home > News >
Company News About Can silicone products be used in high temperature or extreme environments?
Events
Contacts
Contacts: Mr. Derek.Cheng
Fax: 86-592-5536328
Contact Now
Mail Us

Can silicone products be used in high temperature or extreme environments?

2025-05-15
Latest company news about Can silicone products be used in high temperature or extreme environments?

Can silicone products be used in high temperature or extreme environments? Silicone products are widely used in various industries such as medical, food, electronics, and automotive due to their excellent physical and chemical properties. However, many people have doubts about the performance of silicone products in high temperatures or extreme environments: can silicone products withstand high temperatures? Will it fail under extreme conditions?

 

High temperature resistance of silicone products
Silicone is a polymer material, mainly composed of silicon dioxide. The high temperature resistance of silicone products mainly depends on their formula and manufacturing process. The following is the performance of silicone products in high temperature environments:
Temperature resistance range
The temperature resistance range of ordinary silicone products is generally -60 ℃ to 200 ℃.
Specially formulated silicone products (such as high-temperature silicone) can withstand temperatures up to 300 ℃.
Stability at high temperatures
Silicone can still maintain its elasticity and mechanical properties at high temperatures, and is not easily deformed or melted.
Silicone has good thermal stability and will not release harmful substances even when exposed to high temperatures for a long time.
Application scenarios
Silicone products are widely used in high-temperature environments, such as automotive engine seals, oven pads, hot water pipe seals, etc.

 

Performance of silicone products in extreme environments

In addition to high temperatures, silicone products also perform well in other extreme environments:

1. Low temperature environment

Silicone can maintain good elasticity and flexibility at low temperatures, and has excellent low-temperature resistance.

The low temperature resistance range of ordinary silicone products can reach -60 ℃, and special formula silicone can even withstand lower temperatures.

2. Chemical corrosion environment

Silicone has excellent corrosion resistance to most chemicals such as acids, bases, and salts.

Silicone products are not prone to aging or failure in chemically corrosive environments.

3. Ultraviolet radiation environment

Silicone has good UV resistance and is not easily aged or discolored when exposed to sunlight for a long time.

Suitable for outdoor equipment seals, solar modules, etc.

4. High humidity environment

Silicone has excellent waterproof performance and is not easy to absorb water or deform in high humidity environments.

Suitable for underwater equipment seals, diving equipment, etc.

 

Application cases of silicone products in high temperature and extreme environments

Automotive industry

Engine seals, exhaust pipe gaskets, etc. need to withstand high temperatures and vibrations, and silicone products are an ideal choice.

Food industry

Oven mats, baking molds, etc. need to withstand high temperatures and be safe and non-toxic. Silicone products are widely used.

Electronic industry

Silicone products perform well in sealing and insulating electronic components in high-temperature environments.

Medical industry

Silicone products are safe and reliable for medical device seals, catheters, etc. in high-temperature disinfection environments.

Aerospace

Silicone products have stable performance in sealing and insulation components under extreme temperatures and environments.

 

Silicone products have become the preferred material in multiple industries due to their excellent high temperature resistance and extreme environmental resistance. Silicone products can perform well in high temperature, low temperature, chemical corrosion, and high humidity environments.