Refractory high temperature blankets
The Kitmas company offers high-temperature fiber blankets manufactured by Thermal Ceramics to solve various technical problems associated with the lining and thermal insulation of equipment in production and passive fire protection.
Heat-insulating refractory blankets / mats / have low thermal conductivity and resistance to temperature extremes, so they are used in areas of production associated with work with high temperatures. Refractory mats have a stable density, which is important when exposed to high temperatures. Thermal Ceramics company produces fireproof blankets / mats / in a large assortment of sizes - you can choose products that will meet your exact needs.
Kitmas specialists are always ready to advise on the use of thermal insulation blankets / mats / based on ceramic fiber.
The Thermal Ceramics range of refractory mats includes: blankets made of refractory ceramic fibers (RCF), aluminosilicate felt (ASW) made from materials such as Kaowool®, Cerablanket®, Cerachem® and Cerachrome® with operating temperatures up to 1425°C. Superwool® blankets are also available with 1300°C and 1450°C proven temperatures for selected applications. For special applications, polycrystalline fiber blankets (PCW), Denka® Alcen® can be used with temperatures up to 1600°C.
High-temperature insulating blankets / mats / are used in industries such as the petrochemical industry, energy production, consumer goods, automobiles, etc.
SUPERWOOL FIBER BLANKETS
Superwool Fireproof Blankets offer an exceptional performance to weight ratio and are resistant to chemicals. Superwool is the only fiber on the market with low bio-resistance to withstand temperatures of up to 1300°C and 1450°C for specific grades and applications.
Superwool is a specially designed solution that in some cases is ideally suited as an alternative to RCF-based fibers. Superwool fiber benefits:
- Lower thermal conductivity compared to some fibrous RCF materials, which leads to an improvement in insulation performance up to 20%
- Superwool plus fibers are thinner, resulting in a denser fiber matrix
- Lower density superwool instead of RCF material provides weight savings of up to 25%
Superwool XTRA does not form crystalline silica when exposed to high temperatures. Superwool XTRA are excluded from the classification of carcinogens in Europe and are not classified as dangerous by either IARC or global national regulations. They do not have warning label requirements in accordance with the GHS (Globally Harmonized System of Classification and Labeling of Chemicals). In the EU, Superwool fibers comply with the requirements specified in NOTA Q of European Directive 67/548. Therefore, all Superwool fiber products are not classified and labeled in Europe.
Fireproof Blankets RCF
RCF fireproof blankets have low thermal conductivity and heat capacity for effective energy saving, and good resistance to thermal shock for use in difficult conditions.
Kaowool blankets have a controlled density, high tensile strength and elasticity and withstand temperatures up to 1260°C.
- Cerablanket can withstand temperatures up to 1315°C and is a spinning coating made from a mixture of aluminum oxide and silicon dioxide.
- Cerachem and Cerachrome have excellent chemical stability and strength and excellent acoustic and thermal insulation characteristics.
- Use temperature up to 1426°С.
Fireproof Blankets PCW
PCW fiber fire blankets are ideal for high temperatures and chemically aggressive applications. These fibers are produced using sol-gel technology using processes specifically designed for the production of fibers of certain sizes.
Denka blankets are more resistant to acid and alkaline solutions than ordinary aluminosilicate fibers and have exceptionally good thermal insulation properties. They withstand temperatures up to 1600°C.
Mats made of high-temperature insulating fibers provide thermal insulation in the processing of metals, in the petrochemicals, cement, ceramics and glass and are used by manufacturers of equipment for aerospace, automotive, marine and household appliances. The most common areas of use:
- Insulation of chimneys and ducts in power plants
- Pipe insulation in high temperature plants
- Cladding and back-up insulation for all types of furnaces, heaters and furnaces
- Insulation of steam turbines and hot boxes
- Sheathing of exhaust and heat shields
- Insulation of vehicles and household appliances