Ceramic fibers - Import export

Copper sealing rings Form C according to DIN 7603 material: SF - Cu, as 0,3 mm thick sheathing and a asbestos - free filler from high temperature resistant, mineral and ceramic fiber working ... Category Sealings / Copper sealings / Copper fill rings Product number supplier 100302

Copper sealing rings Form C according to DIN 7603 material: SF - Cu, as 0,3 mm thick sheathing and a asbestos - free filler from high temperature resistant, mineral and ceramic fiber working ... Category Sealings / Copper sealings / Copper fill rings Product number supplier 100302

The base material is ceramic staple fibres. Necessary for spinning the ceramic fibre is a carrier. The carrier material decomposes at 200 °C. When the material is heated up for the first time smoke development and a flaming up is noticeable. The core made from chromesteel wire Provides strength when the carrier material has decomposed. When used under stress, the carrier material determinesthe temperature limit. Available dimensions: 3 - 30 mm.

The base material is ceramic staple fibres. Necessary for spinning the ceramic fibre is a carrier. The carrier material decomposes at 200 °C. When the material is heated up for the first time smoke development and a flaming up is noticeable. The core made from chromesteel wire Provides strength when the carrier material has decomposed. When used under stress, the carrier material determinesthe temperature limit. Available dimensions: width: 8 - 120 mm, thickness: 2 - 10 mm.

High elasticity and volume are the premises for an extremely good insulation effect Resistant against acid and caustic except phosphoric or hydrofluoric acid or highly concentrated caustics Does not content toxic substances or heavy metals Non flammable following DIN 4102 Product availability: Square, rectangular, round braid or round twisted reinforced with chrome steel wire Surface graphite impregnation on request for increasing compactness and nonstick effect Product contains approx. 20 % organic carrierfiber which decomposes at 200 °C. Technical parameters pH 1 - 13 Temperature: t = -100 … +1100 °C Main application Furnace, boiler, vessel and chimney doors Fireplaces Pressureless service closures Tunnel furnaces Boiler and vessel doors Lid seals etc. Suitable for Power plant Furnace construction Variants Square, rectangular, round braid or round twisted reinforced with chrome steel wire On request with surface graphite impregnation...

Heat-insulating refractory modules made of biosoluble ceramic fibres based on calcium and magnesium silicates with high thermal insulation values at operating temperatures up to 1,200°C, usable as an insulating and working layer of high-temperature equipment of any construction and type of application with the air velocity < 40 m/s. Available in two densities of 200 kg/m³ and 250 kg/m³. Easy to dispose of without harming the environment thanks to its fibre biosolubility. — 100% biosoluble — high temperature resistance* * with additional CBG special fibre coating up to 1.350°C — low thermal conductivity — good sound absorption — good insulating properties — chemically resistant to acids, alkalis, oil, hydrocarbons and water — good strength — low installation effort — reduced maintenance — environmentally friendly — harmless to one's health — contains no binders, produces no vapours or air pollution

Thermal insulating needle mats (blankets) made of biosoluble ceramic fibres based on calcium and magnesium silicates with high thermal insulation values at all operating temperatures, usable as an insulating and working layer of high-temperature equipment and for the production of thermal insulation products in the form of modules or panels. Available in two densities of 96 kg/m³ and 128 kg/m³. Thanks to its biosolubility, it can be easily disposed of without harming the environment. — 100% biosoluble — good tear resistance — high temperature resistance — high flexibility — low thermal conductivity — easy processing — good sound absorption — environmentally friendly — good insulating properties — harmless to health — high chemical resistance* — contains no binders, produces no vapours or air pollution * to achieve higher acid resistance, a special coating is required. Available from manufacturer.

Fabric compensators are highly flexible and usually made of multi-ply fabric, offering excellent temperature resistance and chemical resistance depending on the particular design. Mainly used in pipe and conduit systems to compensate for axial, lateral and angular movements. One major advantage of this type of compensator is the low restoring forces. Special fabric materials permit temperatures of up to 1,000°C. Additional insulation can be used to resist temperatures of up to 1,600°C . Applications: Chemical plants, refineries, metallurgical industry, ventilation systems, chimney construction, industrial furnace construction, power stations, boiler systems, waste incineration plants, acoustic decoupling. Materials: Kevlar, fibre glass, glass needle felt, stone mineral wool mats, ceramic fabric, ceramic fibre mats, silicate felt mats, silicate fabric, Teflon Connection types: Continuous screws and screwed counter flange, clamping bars, tensioning belts straps