Ceramic fabric has excellent thermal insulation and very special heat tolerance, the value of which is more than 1260 degrees Celsius.
This fabric is one of the good and suitable alternatives to asbestos fabric, the thermal tolerance of this product is much higher than the thermal tolerance of asbestos fabric.
Ceramic fabric is called fireproof fabric and fiber ceramic fabric.
This product has high mechanical strength and is composed of fiberglass and aluminosilicate fibers.
Fiber ceramic refractory fabric has good flexibility and high strength, this fabric is made of aluminosilicate fibers and fiberglass fibers with taropodic texture, the presence of fiberglass fibers has made this product of good strength, low weight, flexibility Have a smooth and smooth surface.
Some of the similar benefits among refractory fabrics include:
Prevention of equipment corrosion and ability to control pressures
Maintaining dimensional stability, shape and structure in low and negative temperatures, optimal performance at high temperatures
Resistance to chemical corrosion and oxidation, maintaining efficiency in alkaline and acidic environments
Acceptable mechanical strength
To strengthen the strength and mechanical properties of ceramic fabric, it can be covered with nickel wire or stainless steel, and aluminum foil.
The most important and best advantages of ceramic fabric are:
Good flexibility and ductility
Can be used in different environments
Has a uniform surface
Minimum tolerable heat up to -50 degrees Celsius
Low weight due to the presence of ceramic and fiberglass fibers
Acceptable endurance in the face of heat shock
Heat tolerance for high use up to 980 ° C and highest heat tolerance up to 1260 ° C
Low heat conductor
High mechanical endurance
Prevent corrosion of parts and the ability to control pressures
Resistance to chemical corrosion and rust, acceptable performance in alkaline and acidic environments (except concentrated alkalis, hydrofluorics and phosphoric acids)
Applications of ceramic fabric are as follows:
Insulation of pipes, cables and industrial parts at high temperatures up to 900 degrees Celsius
Production of expansion joints and washers
Production of firefighting clothing and safe equipment
Sealing equipment in the field of shipping, oil rigs and petrochemical industries
Making welding blankets and thermal curtains
Insulation of parts in the field of power plant
Sealing of parts in welding workshops