Ceramic Fibre Board Refractory

1 8 thick x 2 5 wide x 100 long 303 60 247 50.

Ceramic fibre board refractory.

Ceramic fiber board is used for a variety of high temperature applications including refractory linings backup insulation baffles and muffles heat shields combustion chambers flue insulation and fire protection. Boards are available in a variety of temperature ratings dimensions and. High temperature boiler wall insulation. These ceramic fiber boards features include high temperature stability low thermal conductivity consistent density and excellent resistance against thermal shock and chemical attack.

It is manufactured and designed for thermal applications that have high requirements for rigidity. What is ceramic fiber board. Refractory ceramic fibre board is a vacuum formed product that resists higher gas velocities than ceramic fibre blanket. Pouring forms for refractory castable.

Ceramic fiber boards provide a rigid solution for ceramic fiber insulation. Boards are manufactured in various densities and temperature grades to suit application requirements. Ceramic fiber board is a lightweight refractory material made of alumina silica fibers and can be used at temperatures up to 1430c. Ceramic fiber board is made from refractory fibers and binders which have low organic content the mixture is vacuum processed into boards that imparts good mechanical strength even after heating.

Ceramic fiber board is produced through wet forming process. Removing refractory ceramic fibres from plant or structures 11 4. For any question on purchasing our ceramic fiber insulation products such as our top notch ceramic fiber board give call us at 732 257 5002. Standard board grades are standard high purity and zirconia.

Board over blanket hot face lining. Kt refractories offers high temperature 2300f 2600f ceramic fiber board. Ceramic fiber tape woven with glass insert size. Ceramic fiber board is ideal for furnace boiler duct and stack lining due to its low thermal conductivity and low heat storage allowing shorter cycle times and quicker access for maintenance.

Managing refractory ceramic fibres and high biopersistence fibres health and safety risks 5 2 1 identifying the hazards 5 2 2 assessing the risks 5 2 3 controlling the risks 6 2 4 information training instruction and supervision 9 2 5 reviewing control measures 10 3. The boards are manufactured through a wet forming process using alumina silica fibers and binders.