High Temperature Gaskets

High Temperature Gaskets
Durlon's high-temperature gaskets are specifically designed to perform under the rigorous conditions of extreme heat, maintaining integrity where lesser materials might fail.

Choosing the Right High Heat Gasket Material
Selecting the right high-heat gasket material is essential for reliable sealing in extreme conditions. High-temperature gasket material must withstand high temperatures, thermal cycling, and chemical exposure without losing shape or sealing ability. Heat-resistant gasket material, such as composite or phlogopite mica-based gaskets, offers excellent durability and stability.

When choosing industrial high-temperature gaskets, consider factors like temperature range, pressure, and chemical compatibility. Durlon’s range of high-temperature gasket sheet material is designed to meet these demands, ensuring long-lasting performance in power generation, petrochemical, and metallurgical industries. Using the proper high-heat gasket material reduces leaks, downtime, and maintenance costs.

Benefits of High-Temperature Gasket Material in Industrial Applications
High-temperature gasket material provides reliable sealing where standard gaskets fail. Heat-resistant gasket material can handle temperatures up to 1000°C, making it ideal for industrial high-temperature gaskets used in furnaces, boilers, and incinerators.

These gaskets maintain a secure seal under extreme heat and pressure, improving safety and operational efficiency. Durlon’s high-temperature gasket and seal material also offers superior chemical resistance and mechanical strength, reducing the risk of leaks and equipment damage. Investing in quality high-temp gasket material ensures durability and long-term reliability in demanding industrial environments.

Durlon® High Temperature Gasket Solutions: ETG and HT1000® Series
The Durlon®Durlon® Extreme Temperature Gasket (ETG) series is one such example, engineered to withstand severe thermal cycling and temperatures that can reach up to 1000 degrees Celsius. These gaskets are constructed from composite materials that combine heat-resistant elements with a robust mechanical structure, ensuring they retain their dimensional stability and sealing capabilities even when subjected to high heat and fluctuating thermal conditions. This makes the ETG series ideal for applications in power generation, incineration, and industrial furnaces, where traditional gaskets often fall short.

Another standout in Durlon's line of high-temperature sealing solutions is the Durlon® HT1000® gasket, consisting of phlogopite mica paper impregnated with an inorganic binder at less than half the binder amount found in vermiculite-phyllosilicate filled products. The HT1000® is renowned for its resilience in extreme environments, offering superior chemical resistance and reduced creep relaxation, which is critical in maintaining a seal under high stress and temperature. This gasket finds its place in heavy industrial settings like power generation and metallurgical operations where operating conditions can degrade conventional gaskets. Durlon's commitment to innovation in high-temperature gasket technology ensures that the ETG and HT1000® series provide unmatched performance, safety, and reliability in the most demanding applications.

Ready to Upgrade Your Sealing Performance?
When your operations demand reliable sealing under extreme heat, trust Durlon’s high-temperature gaskets to deliver unmatched durability and performance. Don’t compromise on safety or efficiency; choose high-temperature gaskets designed for power generation, metallurgical, and industrial furnace applications.
Contact Durlon today to discuss your sealing needs and request a quote for premium high-temperature gaskets tailored to your specific requirements.