Superwool 607 Blanket is based on a patented technology offering low bio-persistence. Manufactured from pure raw materials, Superwool 607 Blanket is processed to offer excellent performance in high-temperature applications. Superwool 607 Blanket offers an alternative to traditional solutions due to its high refractoriness and excellent non-wetting characteristics with molten aluminum.
Superwool 607 Blanket is ideally suited to individual applications and is available in a wide range of thicknesses and densities. The maximum continuous use temperature depends on the application.
Kaowool Blanket is produced from kaolin, a naturally occurring alumina-silica fire clay. Kaowool, the world’s most recognizable name in ceramic fiber blanket, is available in a wide variety of densities and sizes. Kaowool Blanket is air laid into a continuous mat and mechanically needled for added strength and surface integrity. Kaowool Blanket does not contain organic binders and provides excellent resistance to chemical attack.
Kaowool Blanket offers excellent handleability and high temperature stability. This allows it to meet a wide range of hot face and backup insulation applications in furnaces, kilns and other equipment requiring high temperature heat containment.
Cerablanket is produced from exceptionally pure oxides of alumina and silica using the spinning process. The resultant quality spun fibers have been optimized for high handling strength, with on average the highest tensile strength of any Thermal Ceramics ceramic fiber blanket. Cerablanket is available in a wide variety of densities and sizes.
Cerablanket is air laid into a continuous mat and mechanically needled for added strength and surface integrity. Cerablanket does not contain organic binders and provides excellent resistance to chemical attack.
Cerablanket offers excellent handleability and high temperature stability. This allows it to meet a wide range of hot face and backup insulation applications in furnaces, kilns and other equipment requiring high temperature heat containment.
Cerachem Blanket is formed from a unique, patented, spun alumina-silica-zirconia fiber.
Cerachem Blanket is air laid into a continuous mat and mechanically needled for added strength and surface integrity. Cerachem Blanket does not contain organic binders and provides excellent resistance to chemical attack.
Cerachem Blanket is specially designed for applications where high fiber tensile strength, low thermal conductivity and low shrinkage are required. It is used extensively in high temperature units in the ceramic, chemical processing, and ferrous metal industries. Thermal Ceramics’ Cerachem blanket is ideal for a wide range of hot face lining and backup insulation applications in furnaces, kilns and other high temperature equipment.
Saffil alumina fibers are high purity polycrystalline fibers. Saffil fibers are produced by a unique solution extrusion process which ensures the highest levels of chemical purity and the lowest possible levels of shot content (non-fibrous particles).
The fiber is processed to ensure that a high level of alumina is converted into the extremely thermally stable alpha alumina phase. This process gives the finished product exceptional resistance to shrinkage and chemical attack at high temperature, while maintaining excellent flexibility and resilience characteristics.
Saffil Blanket has established an impressive reputation in demanding insulation applications ranging from large reheat, galvanizing and annealing furnaces in the steel industry to furnaces processing high value electrical and ceramic products (often in highly corrosive atmospheres) in the porcelain, electronics and chemical industries.
Kaowool Strip Processed Blanket is cut from Kaowool Blanket. Kaowool Blanket is manufactured from kaolin, a naturally occurring alumina-silica fire clay. Kaowool is the world’s most recognizable name in ceramic fiber blanket. Kaowool Blanket Strips do not contain organic binders and provide excellent resistance to chemical attack.
Kaowool Blanket Strips offer excellent handleability and high temperature stability.
