Fireclay Brick Ceramic Fiber Insulating Blanket

Fireclay Brick Ceramic Fiber Insulating Blanket System 1

Fireclay Brick Ceramic Fiber Insulating Blanket System 2

Fireclay Brick Ceramic Fiber Insulating Blanket

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Loading Port:: Qingdao

Payment Terms:: TT OR LC

Min Order Qty:: 225 roll

Supply Capability:: 31500 roll/month

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Fireclay Brick with High Alumina Content (Al2O3 65-70%)

General information:

Cmax ceramic fiber blanket is made from high quality gao-ling clay, high purity alumina and silica oxides by spun or blown process. Blankets are available in various classified temperature from 1260ºC to 1430ºC.

Cmax ceramic fibre blanket is resistant to most chemicals attack except hydrofluoric phosphoric acid and high pH alkali(na2o or k2o). Its thermal and physical properties can not be affected by oil, steam and water, very good thermal insulating materials.

Advantages:
Heat reflectance
Light weight
Low thermal conductivity
Low heat storage
Flexible
Resilient to thermal stock
High tensile strength

Application:
Petrochemical process heater refractory fiber lining
Heat treating furnace or intermittent (shuttle) kiln hot face lining
General furnace backup insulation
Heat seals for kiln car or furnace door
Electrical insulator
High temperature acoustic
Fire protection

Non-standard sizes are available upon request.

This information, subject to change, is offered solely for your consideration. Users of our products should make their own tests to determine the suitability of each product for their particular purposes.

TECHNIQUE DATA
	STD	HP	HA	HZ
CLASSIFICATION TEMPERATURE(C)	1260	1260	1350	1450
WORKING TEMPERATURE(C)	1000	1050	1200	1350
COLOR	WHITE	WHITE	WHITE	WHITE
BULK DENSITY(kg/m 3 )	96/128	96/128	96/128	96/129
THERMAL SHRINKAGE 24HRS (Density 128kg/m 3 )	≤ 3	≤ 3	≤ 3.5	≤ 3.5
THERMAL CONDUCTIVITY(W/m. k) (Density 128kg/m3 )
800C	0.15	0.176	0.160	0.155
1000C	0.170	0.220	0.180	0.230
1200C	-	-	0.260	0.31
CHEMICAL COMPOSITION(%)
Al2O3	45-46	45-46	53-55	38-54
SiO2+Al2O3	98.5	99	99	82-90
ZrO2	-	-	-	13-18
Fe2O3	≤ 0.4	≤ 0.3	≤ 0.3	≤ 0.3

Q:Whether the fire bricks are needed to be poured before construction?: It should be properly watered, according to its water absorption rate: Need to soak and dry in the shade. There is no need to do like the ordinary red brick

Q:What are the main raw materials of refractory brick and runner brick?: Types of refractory bricks are divided into low-grade and high-grade. generally, siliceous, semi siliceous and high aluminous runner brick brick have higher requirements. If it needs to contact melting in high temperature molten steel directly, then it is high alumina(the main raw material is clinker of bauxite with high alumina, corundum( brown corundum and white corundum), the refractoriness is high, lower than 1580 DEG C temperature, but the actual using temperature reaches 1630 DEG C

Q:what effect does big mortar joints of the boiler refractory brick have on the boiler?: The ventilation leakage。 Now the larger boilers are generally used refractory pouring material one-time pouring, the arch is easy to collapse . 2, shrinkage and expansion of brick will make the bricks fall. 1, do not use the refractory brick. too large seam will effect the tightness of furnace wall , and the water wall is easy to form dew and be corroded and to leak smoke.

Q:The application of wasted refractory bricks: Refine waste copper, and waste refractory bricks can be used again, shoot two hawks with one arrow

Q:The furnace refractory bricks are burnt into ash, what material can resist higher temperature than the refractory brick: To change a new one, it is a common way now, isn't it?

Q:What is the density of the high alumina refractory brick?: According to the quality, the general level is two point four to two point seven or so

Q:High alumina refractory bricks (Universal arc) weight for hot metal ladle: Climbing, C23B ladle generally use T3 ladle bottom brick, brick wall with C23 package, C231 Some permanent layers are built from high alumina bricks, and some are built from castable refractory, T82, T43. Specific size can be checked according to the type of brick

Q:The harm of wet bricks used in refractory bricks: Increase the natural protection time, increase the baking time, or water can not discharge, this will cause swelling deformation of furnace wall.

Q:What building materials can take the place of clay bricks?: Foam concrete blocks can take the place of clay bricks because of the economic benefits of foam concrete blocks versus clay bricks and red bricks:A, mixed mortar to reduce the use of red brick, 0.2 cubic meters per square mortar, use foam concrete block wall is only 0.06 cubic meters per cubic metre of mortar, masonry mortar can be saved per cubic cost about 14 yuan.B and plastering mortar can be reduced by about 1/3, because the production specification of the mould is extremely smooth, the error is within the range of + 1MM, and the per cubic block plastering can save about 8-10 yuan more than the red brick.

Q:is there any requirement for radioactive materials in refractory materials.: they all do not cause radiological hazards to the environment, so no requirements! analyze rom the element , magnesia. Do not know if it is useful, but material used by refractory materials, firstly any chemical elements are radioactive, human beings can not close, then, such as silicon dioxide: If it is radioactive. analyze from use, such as bauxite, does not have the use value

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