SUNRISE ceramic fiber vacuum formed insulation products, developed by Zhengzhou Tianyang Refractory Materials Co., Ltd., utilize premium ceramic fiber cotton combined with advanced vacuum forming technology to deliver exceptional thermal stability and minimal shrinkage under extreme conditions. Designed to endure temperatures up to 1260°C, these lightweight yet durable insulation materials offer ultra-low thermal conductivity and excellent compressive strength. The product also demonstrates outstanding resistance to thermal shock, wind erosion, and molten metal corrosion, making it ideal for industrial environments such as furnace observation windows, burner linings, and laboratory equipment. Easy installation and handling enhance on-site operational efficiency. Certified by ISO9001, Tianyang commits to top-quality manufacturing standards and unparalleled customer support, helping global manufacturing and metallurgical industries achieve energy savings, reduce consumption, and maintain production safety.
1. Superior high-temperature resistance up to 1260°C ensuring reliable thermal insulation in harsh industrial environments.2. Lightweight and easy to install, reducing labor costs and on-site installation time.3. Excellent thermal shock resistance and low shrinkage for prolonged product life and consistent performance.4. Outstanding mechanical strength with high compression resistance supporting structural integrity.5. Resistant to wind erosion and molten metal corrosion, extending durability in aggressive environments.6. ISO9001 certified manufacturing ensuring consistent quality and reliable global supply.7. Comprehensive technical support and after-sales service provided for customer assurance.
Ideal for industrial heat insulation needs including furnace observation windows, burner internal linings, smelting and metallurgical plants, laboratory high temperature equipment, thermal power plants, and other high-temperature process industries seeking improved energy efficiency, thermal safety, and operational reliability.
