Ceramic blanket (PYROTERM) of pure oxides of alumina-silica and zirconia is melted at very high temperatures and in the production process with the spinning system, it is made into fibers.

As a result of the long length of the fibers and the high mechanical resistance of the fibers in the spinning method, the tensile strength of pyrotherm ceramic blankets is very suitable and high, and the purity of its raw materials is the factor that can maintain this mechanical resistance up to high temperatures (105-1430 degrees Celsius).

These ceramic fibers are transformed into a ceramic blanket with high tensile strength during the two-way needlework process with modern European machines.

Ceramic fiber blanket is also known as aluminum silicate blanket, because its main composition is aluminum and silicon oxides.

Pyrotherm ceramic blanket has a white color due to the use of high purity raw materials such as alumina, silica and zirconia, so that it has a very low shrinkage of less than 3% at high temperatures up to 1430°C depending on its thermal class.

Due to the purity of raw materials and the production method of spun ceramic fibers, the use of up-to-date European machines, strict controls in the production from the preparation of the raw materials to the production, fibers with long length and high mechanical resistance are produced with the least impurities and shots. .

No glue is used in the production of pyrotherm blankets with the double-sided needlework method, and the blankets are produced with uniform density and thickness, which has high efficiency and tensile strength at high temperatures.

Therefore, it can be a very suitable option as a fireproof thermal insulation for insulation at high temperatures.

 

Are ceramic blankets flammable?

Ceramic fiber blankets are made from high purity silica and alumina refractory materials, which are melted at high temperatures and converted into fibers with the SPUN system, from these fibers ceramic blankets are made.

Their resistance to ignition is the same as its components, so they do not catch fire at all.