Ceramic Fiber Board applied for insulation for fireplaces

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Packaging Detail:	in carton or as requested by the buyer
Delivery Detail:	10-15 days after receiving deposit or L/C

Professional supplier heat insulation ceramic fiber board applied for insulation for fireplaces

type:

soft board, semi-hard board, hard board

Average thickness and density
Excellent mechanism and structure strength
Low thermal conductivity

technical standard

type	Soft board	Semi-hard board	Hard board	Roll blanket
color	white	white	white	white
Density (kg/M3)	70-100	100-130	130-150	70-130
Linear shrinkage after heating(%) (24hour)	-4.0 (900-1000°C)	-4.0 (900-1000°C)	-4.0 (900-1100°C)	-4.0 (900-1000°C)
Thermal conductivity (W/m.k)	0.034 (20°C)	0.034 (20°C)	0.034 (20°C)	0.034 (20°C)
	0.098 (400°C)	0.09 (400°C)	0.09 (400°C)	0.096 (400°C)
	0.132 (600°C)	0.126 (600°C	0.126 (600°C	0.130 (600°C
	0.167 (800°C)	0.161 (800°C)	0.159 (800°C)	0.165 (800°C)
Slag content(%) ø>0.25mm	10.5	9.8	10.2	10.2
Fiber diameter um	2.0	2.2	2.2	2.2

definition	Ceramic fiber board is also called aluminum silicate board. It is made from ceramic fiber adding certain proportion of anchoring agent and auxiliary. It is produced by one-time forming production line of aluminum silicate board. It is an ideal energy-saving material for furnace, pipeline and thermal insulation equipment.
classification	soft board, semi-hard board, hard board
Specification (mm)	1200600(thickness 30-100) 1000600(thickness 30-100) 800600mm(thickness 20-100mm) 600400mm(thickness 15-100mm)
feature	A)low thermal conductivity and heat capacity B)excellent heat stability, thermal shock resistance & toughness C)high compression strength D )light weight, good stablity, elasticity and flexibility E)precise size, good flatness F)easy cutting, convenient installation & construction G)excellent resistance to wind erosion H)continous production, uniform distribution of fiber, stable performance
application	A)Refractory lining for industrial furnaces in walls, roofs, doors, stacks B)Construction chamber liners, boilers and heaters C)Transfer of molten aluminum and other non ferrous metals D)Expansion joint boards E)Backup insulation for brick and monolithic refractoriness F)Hot face layer for high velocity or abrasive furnace atmosphere G)Barrier against flame or heat
packing	in carton or as per client’s request

Q:What are the sound-absorbing fiber boards?: The theory on the absorption coefficient is the best sound-absorbing board sound-absorbing effect 1 (all suck, no reflections), but in reality, this material does not exist (black holes in the universe are the sound absorption coefficient is 1, which is completely absorbed)

Q:Ceramic fiber plate and aluminium silicate plate are chosen as lining materials: Volume density is low: the density of the ceramic fiber lining is about 25% of the lining of the light heat insulation brick, about 10% of the lining of the light pouring material; adopting the fiber lining can greatly reduce the steel structure load of the furnace and prolong the service life of the furnace lining.

Q:What are the differences between nano ceramic plate and ceramic fiber board?: The biggest difference between the two is that:1, the coefficient of thermal conductivity is different, the nano ceramic plate is about three times of the ordinary ceramic fiber board2, temperature class is not the same, nano ceramic board maximum temperature of 1050 degrees, ceramic fiber board should be 1400 degrees temperature.3, the range of applications is different. Nano ceramic plate is mainly used in high, fine and sharp technical fields, and has strict requirements on thermal conductivity. Ceramic fiber boards are widely used and can be used wherever there is flame or temperature.

Q:What is the difference between ceramic fiber board and nano ceramic fiber board?: The nano ceramic fiber board through the introduction of nanotechnology, the special production process, product performance has been greatly improved, high strength, low thermal conductivity, good heat insulation performance, energy saving effect is obvious, which improves the safety of the furnace, and in high temperature and high pressure conditions, can also play a good performance the product.

Q:What are the specifications of the ceramic fiber board?: Ceramic fiber board common specifications are: 600*400, 900*600, 1000*600 and 1000*1200mm, thickness 10/20/25/30/40/50mm, thinnest can do 6mm.Depending on the temperature range, it can be divided into:Common ceramic fiber board HLGX-164Standard ceramic fiber board HLGX-264High purity ceramic fiber board HLGX-364High alumina ceramic fiber board HLGX-464Ceramic fiber board containing zirconium HLGX-564

Q:Refractory insulation board, pressure plate, nano heat transfer plate, calcium silicate board and ceramic fiber board, which is good?: Ceramic fiber boardCeramic fiber board product categories:1260 standard ceramic fiber board sygx-264 1260 high purity ceramic fiber board sygx-3641400 zirconium ceramic fiber board sygx-564 1400 high alumina ceramic fiber fire plate sygx-464D1400 zirconium ceramic fiber fire baffle sygx-564D

Q:Is there any difference between ceramic silicon fiber board and ceramic fiber board?: Distinguishing.Ceramic silicon fiber board by long fiber silica, clay, talc, glaze etc. after 1150 degrees high temperature sintering, twenty-first Century revolutionary high-tech building materials. Characteristics: flexibility, high toughness, high strength, anti wind pressure; with homogeneous magnetized light ceramic surface, disposable, pores, anti pollution, is not easy to dust, mildew, antibacterial, deodorant, anti slip, no static, not fear of chemical erosion, such as acid, alkali, or even sulfate; fire, smoke, high temperature resistance, easy processing, cutting a hole.

Q:What method should be used to measure the thermal conductivity of fiberboard?: Fiber board thermal conductivity of ceramic fiber board thermal conductivity information is mainly: ceramic fiber board thermal conductivity, thermal conductivity of ceramic fiber board price, thermal conductivity of ceramic fiber board wholesale, thermal conductivity of ceramic fiber board factory, discusses the protection method of hot plate test principle and method of MDF thermal conductivity and its relation with temperature; and analyzed the test error.

Q:How much pressure can the ceramic fiber board withstand?: Ceramic fiber fireproof plate, the density of 350-400Kg/m ceramic fiber board, fand; density above fand 400Kg/m.

Q:What are the uses of ceramic fiber boards?: According to the conditions of use, can be divided into:Fire dragon high purity ceramic fiber fire block HLGX-364DThe dragon high alumina ceramic fiber fireproof plate HLGX-464D

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