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CCEWOOL ® DCHA Series Fireclay Brick
CCEWOOL ® DECOR Series Corundum Brick
CCEWOOL ® DEHA Series High Alumina Refractory Brick
CCEWOOL ® DEM Series Mullite Brick
CCEWOOL ® SIC Series Silicon Carbide Products
MSDS CCEWOOL ceramic fiber products.pdf
MSDS CCEWOOL bio soluble fiber products.pdf
CCEWOOL® Rock Wool Blanket.pdf
CCEWOOL ® Rock Wool Board.pdf
CCEWOOL® Refractory Hardener.pdf
onstruction method of aluminum silicate refractory fiber for ring furnace transformation
Construction method of refractory ceramic fiber products for ring furnace transformation
Construction method of aluminum silicate fiber products for ring furnace transformation
Construction method of tunnel kiln with insulation brick and aluminum silicate fiber blanket
Construction method of insulation fire brick and insulation blanket for tunnel kiln
Insulating Fire Brick
Turkey customer - CCEWOOL ceramic fiber board was delivered
Spain customer - CCEWOOL ceramic fiber blanket
650℃ Calcium Silicate Board
CCEWOOL® 650℃ calcium silicate board is a new type white and hard insulation material, characterized with lightweight
1000℃ Calcium Silicate Board
CCEWOOL® 1000℃ calcium silicate board is a new type white and hard insulation material, characterized with lightweight, high strength
DJM Series Mullite Insulating Brick
CCEWOOL® mullite insulating brick, using high pure mullite as raw material, is made by adding alumina powder according to different type and then sintering in high temperature.
B Series Insulating Brick
CCEWOOL® B series insulating brick is well-known for its low thermal conductivity, high cold crushing strength, low thermal shrinkage, and small dimensional tolerance.
CCEWOOL® Refractory Mortar
CCEWOOL® Refractory mortar is a high temperature, air-setting mortar used as an adhesive to securely bind refractory material, which can be used into binding refractory brick, insulating brick and ceramic fibers.
CCEWOOL® Rock Wool Board
CCEWOOL® rock wool board used basalt and other natural crystal as main material, through high temperature melt into fibers and then adding binders, then curing and made.
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