Ceramic Fiber Blanket for Crude Furnace

Product Description
GAULLE ceramic fiber blanket are manufactured from gaulle refractory ceramic fibres and provide effective solutions to a wide spectrum of thermal management problems. Utilizing our proprietary high output blowing and spinning techniques these products offer superior insulating performance, flexibility and resilience. Gaulle ceramic fiber blanket products are unaffected by most chemicals (except hydrofluoric & phosphoric acids and concentrated alkalis). Thermal and
Physical properties are retained after drying following wetting by oil, steam or water. Gaulle ceramic fiber blanket products are completely inorganic, so there are no fumes when heating for the first time. Available in a variety of chemistry, density and thickness combinations, GAULLE ceramic blanket range is one of the most versatile available to the market today.
Features
GAULLE ceramic fiber blanket products have these outstanding characteristics:
. High tensile strength
. Low shrinkage
. Excellent hot strength
. High resiliency
. Low thermal conductivity
. Low heat storage
. Resistance to thermal shock
. Good sound absorption
. High heat reflectance
Typical applications
Ceramic Industry
. Kiln car insulation and seals
. Continuous and batch kilns
Steel Industry
. Heat treating and annealing furnaces
. Furnace door linings and seals
. Soaking pit covers 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
Others
. Insulation of commercial dryers and ovens
. Veneer over existing refractory
. Stress relieving insulation
. Glass furnace crown insulation
. Fire protection

*other dimensions available to special order.
All data represents typical results of standard tests conducted under controlled conditions. As such, the information is intended only as a general guide for specifications and design estimates.