Ceramic paper
Ceramic paper thermal insulation (ceramic refractory fibers) is a new and flexible product in the refractory industry, which is made of high-purity ceramic fibers, such as alumina silicate. Due to its unique structure, fireproof thermal insulation is an ideal choice for thermal insulation in various industries
The most obvious feature of ceramic refractory paper
- Thermal tolerance from up to 1430 degrees
- unflamable
- Very low conductivity
- No asbestos and environmentally friendly
- Low density and light weight
- sound absorption (sound reduction)
- No skin sensitivity
- Easy formatting
- Thermal tolerance up to 1430 degrees
- unflamable
- Very low conductivity
- No asbestos and environmentally friendly
- Low density and light weight
- sound absorption (sound reduction)
- No skin sensitivity
- Easy formatting
Features of Seradak ceramic paper
Ceramic paper is a lightweight and fireproof material that is made from a combination of alumina and silica fibers and is turned into a flexible and uniform paper. This flexibility and its non-flammable properties have made it extremely useful and needed in various industries. Ceramic paper has unique features, some of which we mention here.
Tensile strength greater than 400 kPa
Self-extinguishing
Thickness 0.5-20 mm
Thermal class 1430 degrees Celsius
Density 300-3100 Kg/m
Features of Seradak ceramic paper
Ceramic paper is a lightweight and fireproof material that is made from a combination of alumina and silica fibers and is turned into a flexible and uniform paper. This flexibility and its non-flammable properties have made it extremely useful and needed in various industries. Ceramic paper has unique features, some of which we mention here
Tensile strength greater than 400 kPa
Self-extinguishing
Thickness 0.5-20 mm
Thermal class 1430 degrees Celsius
Density 300-3100 Kg/m
Application of Ceramic Fiber Paper in industry
Strength and thermal insulation properties of ceramic paper
Due to their small diameter, these fibers have very high strength (in the range of 1.5 to 3 GPa) and can be woven. They retain the attractive properties of ceramics, including high temperature usability, high corrosion resistance, and low wear when used in nested modules and elements.
Prospects of ceramic paper development in the future
vendor list
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