Which type of Exhaust Insulation Jacket should be selected for high-temperature operating conditions?

When selecting Exhaust Insulation Jackets for high-temperature applications, focus on three core aspects: temperature resistance, sealing, and maintenance to avoid inappropriate compatibility affecting use.
Prioritize material temperature resistance. Choose core materials such as ceramic fiber or glass fiber reinforced silicone, with long-term temperature resistance of 500-1200℃, suitable for high-temperature pipelines, engine exhaust manifolds, and other similar applications. Focus on verifying continuous temperature resistance, not instantaneous temperature resistance, and confirm the material's flame retardancy and chemical stability to prevent melting or release of harmful substances at high temperatures.
Next, consider structure and sealing. A multi-layered composite structure is necessary, with a high-temperature resistant inner layer and a wear-resistant outer layer. Seams should have secure Velcro or metal buckles to reduce heat loss; custom-made sleeves are available for irregularly shaped pipes to ensure a snug fit and prevent loosening.
Finally, consider installation and maintenance. Prioritize detachable products that can be operated without disassembling the pipes. Choose oil-resistant, easy-to-clean coatings to reduce maintenance costs, and verify anti-aging properties to ensure a 1-3 year service life.
When selecting Exhaust Insulation Jackets, you can request a temperature resistance test report and match it with the peak temperature and duration of the operating conditions to avoid blindly pursuing higher temperature resistance and increasing costs.