Products

SUNTHERM Ceramic Fiber Blanket. Type: 1260C Standard, 1260C High Pure, 1360C High aluminum,1360C Zirconium-Aluminum, 1430C Zirconium

SUNTHERM Ceramic Fiber Board contains several types:. 1260C STD, 1260C HP, 1360C HA, 1360C ZA, and 1430C HTZ

SUNTHERM Ceramic Fibre Paper, Type include 1260C Standard, 1260C High Pure,1360C High aluminum, 1430C Zirconium.

SUNTHERM High Aluminum Ceramic Fiber Modules :. Types contain 1260C Standard, 1260C High Pure, 1360C High aluminum,1360C Zirconium-Aluminum, and 1430C Zirconium

SUNTHERM Rock Wool Blanket is the most economic light weight insulating material.Adopt unique production technology, not only has the performance of heat preservation and fire prevention, but also

SUNTHERM Rock Wool Board is specially designed for exterior wall insulation application, which not only meets the energy saving requirements of new buildings, but also is suitable for exterior wall

Developed via an advanced sol–gel process, this lightweight Premium Polycrystalline Alumina Fiber combines a smooth, flexible texture with an exceptionally high specific surface area. It is

Engineered through an advanced sol‑gel process, Polycrystalline Alumina Fiber for Extreme High-Temperature Insulation is an ultra‑lightweight, high‑performance insulation material. Featuring a

1300C alumina fiber cloth is a high-performance flexible textile engineered through the sol-gel process. Capable of withstanding continuous exposure up to 1300°C, it delivers exceptional thermal

1600C Alumina Fiber Board is an innovative ultra-lightweight high-temperature refractory material belonging to the Al₂O₃-SiO₂ ceramic fiber family. With a maximum service temperature of up to 1600°C,

Premium Polycrystalline Alumina Fiber Material, composed primarily of alumina and silica, is manufactured using the internationally advanced sol-gel process.

Polycrystalline Alumina Fiber Board for Extreme Heat Applications is a high-performance ceramic fiber product made from high-purity polycrystalline alumina fibers as the main raw material, through a