Raw Materials for Refractory - 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

Ceramic Fiber Blanket CMAX

Q: Who know what kind of fire shutter fire rating are there?: Fire resistance rating of the building elements is different due to the different requirements of the construction . Fire proof door can be divided into Serie A, B and C in terms of fire endurance limit, fire resisting limit are not should be less than 1.20h, 0.90h and 0.60h. That is, if the fire resistance rating is two, also it is possible to use a class a fire door. Hope my answer will help you.

Q: Procedures for producing common refractory materials?: The general procedures of producing refractory materials include calcination of raw materials, selection of raw material , crushing, grinding, screening, mixing, ageing mixture, molding, drying, burning and etc. At present, the refractory factory usually purchases the calcined clinker, so the calcination of raw material is no longer a consideration of common refractory plants.

Q: How is the grading of the level A new material fire insulation material?: The standard to distinguish level A and level B is the different fireproofing coefficient. The level A is non-combustible. The level B is divided into B1, B2 and B3. B1 is flame retardant, B2 combustible and B3 flammable. The level A is commonly phenolic aldehyde, rock wool, thermal?mortar, foam ceramics, foam glass and foam concrete on the current market. Among the advantages of level A materials, the biggest one is foam concrete currently, also known as foam cement.

Q: For refractory knowledge. What is the ratio of clay ramming?mass?: Soil aggregates, dispersing agent, water reducing agent, plasticizer, binding agent and powder! ~ Bone meal feed approximately 6, OK

Q: Can I use ordinary cement with the addition of sand, clay, and salt as refractory material to paste the stove?: You can add some hair, sand, yellow mud and some salt, but don’t use cement, it would lead to a thermal explosion.

Q: Who knows about the fire endurance of grade C fire doors?: It can be classified according to the fire endurance and thermal insulation performance: The fire endurance of grade A fire doors is not less than 1.5 hours; that of grade B fire doors is not less than 1.0 hours; and that of grade C fire doors is not less than 0.5 hours. I hope my answer can help you.

Q: Can anyone say something about what A-level fire-proof decorative material is?: The major products are material monomer A-level and composite A-level, now a lot of B-level material is wrapped in calcium silicate board. The foam cement overall composite is level A, such as phenolic aldehyde composite, as well as some of the foam paddings, monomer A-level includes rock wool, ultra-thin insulation panel and the like. But there are few products with real sound A level qualification. Many manufacturers are playing the edge ball with A-level fire rating examining reports and B-level system detection reports and records, but this situation will not last long, which will soon be clear.

Q: Who knows the highest temperature the high-temperature refractory coating can resist?: The temperature resistance degree of high temperature coating is different according to different coating types. The temperature resistance degree is vary from tens to thousands, magnesia brick: Greater than 2000 degrees dolomite brick: Greater than 2000 degrees casting corundum brick: Greater than 1990 degrees. The above data come from the network, for reference only.

Q: Are refractory materials and fireproofing materials the same?: Both refractory materials and fireproofing materials belong to the industry of construction materials and each of them can also be treated as an specific industry.

Q: What is refractory?: Refractory materials are widely used in metallurgy, machinery manufacturing, chemical industry, petroleum, power and other industrial fields. It is an inorganic nonmetallic material mostly used in metallurgical industry with the minimum refractoriness of 1580 ℃, able to resist high temperature without softening (annealing). It accounts for 50% to 60% in total output. Refractoriness refers to refractory's ability to resist fire.

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