• Ceramic Fiber Blanket  CMAX System 1
Ceramic Fiber Blanket  CMAX

Ceramic Fiber Blanket CMAX

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Specifications

Ceramic Fiber Blanket is a great energy saving product because of its superior insulating properties and advantages of low heat storage and complete resistance to thermal shock. It is widely used as industrial insulation, high temperature insulation and in a variety of heat processing applications. Ceramic fiber blanket is produced from high strength spun ceramic fibers and is needled to provide exceptional handling or construction strength. KT Refractories stocks large amounts of High quality Ceramic Fiber Blanket in Houston TX: 2300°F or 2600°F Ceramic Fiber Blanket with different width or densities, or thickness. Related Ceramic Fiber Blanket products are also available: ceramic fiber Strips, ceramic fiber modules, ceramic fiber paper, ceramic fiber bulk,ceramic fiber textiles, and ceramic fiber board etc.


New! Ceramic Fiber Strip in stock -- 2300°F 8# 1" thick, 4" or 6" wide Ceramic Fiber Strips in 300" length. Ceramic Fiber Strips are packed in a box of 6 or 4 respectively and they are cut out of Ceramic Fiber Blanket. Ceramic Fiber Strips are soft and commonly used as gasket material.Ceramic Fiber Strip are cut off from Ceramic Fiber Blanket, therefor it has all the insulating advantages and excellert features of ceramic fiber blanket.



Ceramic Fiber Blanket's excellent features and typical applications of Ceramic Fiber Blanket are:

  • Excellent chemical corrosion-resistant performance without being influenced by oil and water

  • Excellent construction and tensile strength

  • Contains no bonding agent, great white color and flat even surface, easy to cut

  • Very low shrinkage


Ceramic Fiber Blanket for REFINING and PETROCHEMICAL
  • Reformer and pyrolysis lining

  • Tube seals, gaskets and expansion joints

  • High temperature pipe, duct and turbine insulation

  • Crude oil heater linings

Ceramic Fiber Blanket for 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

Ceramic Fiber Blanket for POWER GENERATION
  • Boiler insulation and boiler doors

  • Reusable turbine covers

  • Expansion seals/pipe coverings

Ceramic Fiber Blanket for CERAMIC INDUSTRY
  • Kiln car insulation and seals

  • Continuous and batch kilns

Ceramic Fiber Blanket for OTHER INDUSTRY FIELDS
  • Insulation of commercial dryers and ovens

  • Veneer over existing refractory

  • Stress relieving insulation and fire protection

  • Glass furnace crown insulation




Q:Does the production of refractory belong to advanced technology?
Refractories belong to the area of new materials which is one of the eight areas that are supported by the state. Whether it can be declared as high-tech enterprises or not depends on the intellectual property, personnel and finance of the company.
Q:What refractories can withstand high temperature above 2100 degrees?
It depends on refractoriness of refractory materials. The three refractory bricks above is 300 degrees higher than quartz sand in refractoriness. Magnesia brick: Cast corundum brick with greater than 2000 degrees refractoriness should be enough for you to use. But products like quartz sand merely keeps 1600 to 1700 in refractoriness generally. As you described that refractoriness is greater than 1990 degrees, it is feasible to use hearth made by mixing of quartz sand and refractory cement, which can work for some time at 200 degrees. It is also ok to use dolomite brick whose refractoriness is greater than 2000 degrees.
Q:Do you know what the main indicators are for the inspection of refractory materials? Thank you very much for your requests and reports
Porosity, volume density, water absorption, true density, thermal expansion, thermal conductivity and heat capacity.
Q:What are the insulation fireproofing materials?
Asbestos is the most common. Asbestos containing zirconium and made of the mixture of zirconium aluminum and silicon through wire drawing is better. Of course, some are made directly from natural things which can withstand 1400 degrees for over 30 seconds while the internal temperature had no significant change, and withstand 1400 degrees for over five minutes while inside temperature increase does not exceed 5 degrees.
Q:Does anyone know fire-proof material of fireproof wooden door?
Fireproof wooden door goes through the flame treatment, so it can prevent fire. Its principle: Fire-retardant treated timber has become flame retardant material itself and its fire endurance has increased. The commonly used method of fire retardant treatment for timber including: Spraying method, soaking method, boiling method, vacuum method, vacuum-pressure method.
Q:Which kind of external wall fire barrier zone material is better?
I recommended foam cement and particulate thermal insulation composite waterproof material, which is fire isolation area product, which uses surface of vertical?plate arranged fiber technology to make the compressive?strength in the vertical direction up to above 80KPa. At the same time, under the conditions of both exterior heat insulation and effects of humiture in the long-term, it can still maintain the non-aging performance of various aspects, and safety (reliability), fire resistance and excellent durability.
Q:Can someone professionally introduce the classifications of refractories?
It can be divided into two categories of ordinary and special refractory. Ordinary refractories can be devided into acidic, neutral and alkalinee refractories according to chemical properties. Special refractory can be devided into high temperature oxide, refractory compounds and high-temperature composite materials according to the compositions. Furthermore, it canbe devided into ordinary refractory products (1580 ~ 1770 ℃), advanced refractory products (1770 ~ 2000 ℃) and super refractory products (above 2000 ℃) according to the strength of refractoriness. It can be divided into bulks (standard brick, special-shaped brick, etc.), special shape (crucible, sagger, pipe, etc.), fibrous (aluminum silicate, zirconia and boron carbide, etc.) and Indefinite shape (refractory clay, castableand ramming mass, etc.) according to the shapes of products. According to the sintering process, it can be divided into sintered products, cast products, melting jetting products.
Q:I want to consult the fire resistant level standards of external wall thermal insulation materials.
Fire resistant level standards of external wall thermal insulation materials: 1, The thermal insulation material that has A-class combustion performance: Spraying inorganic fiber, glass wool, foam glass, ceramic foam, rock wool, foam cement and perlite obturator, and so on. 2, The thermal insulation material that has B1 level combustion performance: Special processed extruded polystyrene board (XPS) / special processed polyurethane (PU), phenolic and polystyrene powder. 3, Thermal insulation materials that have level B2 combustion performance: Molded polystyrene board (EPS), extruded polystyrene board (XPS), polyurethane (PU), polyethylene (PE), etc.
Q:How to apply the alumina powder on refractories?
What kind of the refractories can make the aluminium oxide increase the aluminum content and specific gravity, and erosion-resistant.
Q:who knows the requirements of refractory for forge furnace?
Forging heating furnace working temperatures above 1000 ° C, reasonably choosing refractory for build furnace has an important meaning for guaranteeing the normal operation of the heating furnace, improving the service life of furnace and energy saving. refractory is generally required to have the following properities: 1, it should be equipped with the properity of no deformation and melting under certain temperature. 2, it should be equipped with the neccessary structural strength without softening deformation in high temperature. 3, volume stability at high temperature, brick body won't be deformation or cracked due to expansion and contraction; 4, not broken and peel off under rapid changes of temperature or uneven heating; 5, resistant to chemical erosion of molten metal, slag and furnace gas,etc.

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