CERAMIC FIBRE BLANKET

Ceramic fibre blanket

Ceramic fibre blanket is composed of long, flexible, interwoven fibres manufactured by the 'blown' and 'spun' process yielding a strong, lightweight yet durable blanket for applications in a temperature range from 1260^oC to 1600^oC. Refractory ceramic fibre blanket has the heat resistance of a hard refractory with five times better insulation value.

Key Features

• Low thermal conductivity

• Very low heat storage

• Very high tensile strength

• Thermal shock resistance

• Sound absorption

• Quick repairs

• Contains no binder, fumes or atmosphere contamination

• Contains no asbestos

• No curing or drying cycle required

Examples of Applications:

Ceramics

• Kiln car insulation and seals

Steel Industry

• Heat treatment and annealing furnaces

• Furnace door linings and seals

• Furnace hot face repairs

• Reheating furnace and ladle covers

Refining and Petrochemical

• Reformer and pyrolysis lining

• Tube seals, gaskets and expansion joints

• High temperature pipe, duct and turbine insulation

• Crude oil heater linings

Power Generation

• Boiler Insulation

• Boiler doors

• Reusable turbine covers

• Expansion seals/pipe coverings

Other

• Insulation of commercial dryers and ovens

• Veneer over existing refractory

• Stress relieving insulation

• Glass furnace crown insulation

• Fire protection

LATEST NEWS & EVENTS

Rope Seal for Stoves

12/08/2011 - 11:31

Air-controlled appliances must have a way to reduce leaks into the firebox so that the only air entering the stove or firebox is through the air control. There are some older stoves that have fitted ground cast iron "gaskets" that seal well enough without rope seal, but almost all modern wood stoves need gasket material around the loading doors for sealing. Some ash pan doors have such gaskets too.

Fire Cement & Castable Refractories in Boilers

23/08/2011 - 15:06

Refractories are heat resistant materials that are used to line high temperature furnaces and other high temperature processing units. Refractories have to be resistant to thermal stress and other heat-related phenomena, and they have to stand up to physical wear, abrasion and chemical corrosion. The refractories have to be more heat resistantthan metals, and they are required for heating...