High temperature wools

High temperature insulating wools and needlemats are ultra-light insulating materials whose properties provide the most effective form of heat insulation in the furnace construction industry. We offer high temperature insulation wool that can be used to insulate against temperatures of up to 1650°C.

Included under the term high temperature insulating wool (HTIW) are products made out of synthetic mineral wools suitable for use as heat insulating materials at temperatures in excess of 600°C.

High temperature insulating wool (HTIW) and needlemats are synthetically produced aggregate of fibres of different lengths and diameters made out of mineral-based raw materials.

High-temperature insulating wools and needlemats offer exceptional thermal resistance for industrial applications. Composed of advanced, heat-resistant fibers such as ceramic or mineral wool, these materials provide insulation in extreme temperatures, making them ideal for furnaces, kilns, and aerospace components.

Their fibrous structure and needled construction enhance durability and flexibility, ensuring effective heat containment. With low thermal conductivity and superb resilience, these ceramic and glass wools and needlemats contribute to energy efficiency and safety in high-temperature environments, making them indispensable in diverse sectors requiring reliable insulation solutions.


High temperature blanket with aluminium foil - up to 1100 С

High temperature blanket with aluminium foil - up to 1100 С

High temperature blanket with aluminium foil is a totally inorganic, flexible and lightweight high temperature insulation blanket specifically designed for passive fire protection applications and for use in High temperature systems. High temperature Blanket with foil provides fire protection insulation for a wide range of rated assemblies and systems including systems designed to resist cellulosic, hydrocarbon and jet fires. Thin, ligh..

Ceramic fibers wool -  to 1,300 °C

Ceramic fibers wool - to 1,300 °C

Ceramic fibers wool -  to 1,300 °C  Our ceramic fiber blankets offer superior insulating performance, excellent chemical resistance, flexibility and resilience. Ceramic fibers wool is a high-temperature resistant material, which saves energy and the environment. The ceramic fibers wool has excellent temperature stability and keeps its initial soft fiber structure even at the maximum of it's temperature range up to 1300 °C;    ..

Fireproof High Temperature Glass Wool Insulation Felt

Fireproof High Temperature Glass Wool Insulation Felt

Fireproof High Temperature Glass Wool Insulation Felt Our Fireproof High Temperature Glass Wool Insulation Felt is produced using proprietary centrifugal technology, converting the melted glass into fiber and adding environmentally friendly heat-convertible-resin-based adhesive.  It is a kind of elastic wool item collected by multi-micrometer diameter glass fiber filament, and moisture-proof  materials an be adhered to on the production line depending on the requirements o..

Ceramic wool - to 1400 °C

Ceramic wool - to 1400 °C

High temperature wool - to 1400 °Cis from the family of lightweight needled blankets manufactured from refractory ceramic fibres and provides effective solutions to a variety of thermal management problems. The ceramic insulation wool up to 1400 °C  offers superior insulating performance, excellent chemical resistance, flexibility and resilience. The high temperature resistant Ceramic insulation wool up to 1400 °C is completely ino..

Insulation wired mat - up to 660°C

Insulation wired mat - up to 660°C

Insulation wired mat - up to 660°C Mat quilted to a wire mesh. Wired mat is particularly suitable for the insulation of pipelines and technological equipment. With temperatures exceeding 660°C, according to AGI Q 132, a mat quilted to a galvanized mesh with a stainless steel wire or a mat quilted to a stainless mesh with a stainless wire an be supplied upon request.   The product can also be delivered with aluminium foil inserted under the galvanized mesh as a dust ..

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