Recommended Products
- Ultrathin 6mm Ceramic fibre blanket
CCEWOOL Untral-thin Ceramic Fibre Blanket is a new type of fire-resistant insulation materials in white and tidy size, with integrated fire resistance, heat separation and thermal insulation functions, containing no any binding agent. All CCEWOOL Ceramic Fibre Ultra-thin Blankets are made though spun fiber production, which is widely used in various sectors of refractory, insulation, thermal insulation field.
- DJM Insulating brick
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. JM insulating brick is the new energy saving material for insulation.
- Ceramic fiber board for wall-hung boilers and gas boiler
The most outstanding characteristic of CCEWOOL Ceramic fiber board for fireplace and gas boiler is that it enjoys light weight, and at the same time it has high compressive strength./ Compared with the normal ceramic fiber boards of the same density, they are 20% harder; comparing to the ceramic boards of the same compressive strength, they are 20% lighter.
- Bio Soluble Fiber Blanket
Bio Soluble fiber blanket is a body soluble fiber that utilises a unique spinning technology to create a special fiber with superior thermal and mechanical properties. This special fiber is made from a blend of calcium, silica and magnesium which give fiber the ability to support continuous temperatures up to 1260C.
- Ceramic fiber round rope
Ceramic Fiber Rope is a length of fibers, twisted or braided together to improve strength for pulling & connecting and can also be called as fibril or filament. We provide round rope, square rope and twisted rope. Both kind has two type, glass filament reinforced and stainless stainless steel reinforced.
- Ceramic Fiber Tape
Ceramic Fiber Tapes that are fabricated using high quality ceramic fiber yarn and are reinforced with fiberglass filament & ss wire.
- Ceramic Fiber Modules
CCEWOOL Ceramic Fiber Modules is made from the corresponding ceramic fiber material acupuncture blanket processed in dedicated machines according to fiber component structure and size.
- Ceramic fiber blanket
CCEWOOL Ceramic Fiber Blanket is a new type of fire-resistant insulation materials in white and tidy size, with integrated fire resistance, heat separation and thermal insulation functions, containing no any binding agent. All CCEWOOL Ceramic Fiber Blankets are made though spun fiber production, the working temperature is from 1050°C to 1450°C, which is widely used in various sectors of refractory, insulation, thermal insulation field.
Top articles
- How is ceramic fiber made?
- Is ceramic fibre used for hot or cold insulation?
- What is the temperature limit for ceramic fiber?
- What is the difference between ceramic fiber and glass fiber?
- What is the use of refractory ceramic Fibre?
- Is ceramic fibre a good insulator?
- Why use ceramic fiber?
- What is ceramic fibre board made of?
- How do you handle ceramic fiber?
- What is thin thermal insulation material?
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Thermal shrinkage and conductivity influence ceramic fiber’s property
Thermal shrinkage and thermal conductivity determine ceramic fiber’s heat resistance ability and thermal insulation ability.
Thermal shrinkage is the index to assess ceramic fiber’s heat resistance ability. International regulates when ceramic fiber products heated to a certain temperature, holding 24 hours of high-temperature linear shrinkage expressed ceramic fibers heat resistance.
Thermal shrinkage value ≤3% of the test temperature for continuous use temperature of the ceramic fiber products. At this temperature amorphous ceramic fiber crystal grain growth is slow, steady performance fibers, elastic.
Thermal conductivity is a physical property of matter, is the only indicator to characterize ceramic fiber paper insulation properties.
Ceramic fiber is a hybrid structure made from solid fiber and air composition structure, its porosity was 93%. A large number of low thermal conductivity in pores filled with air, and destroyed the continuous network structure of a solid-state molecule, thereby obtaining excellent insulation properties. Number of pore diameter and smaller, along the direction of heat flow is divided from the solid state to the closed state of the fibers more pores, the better the insulating properties of ceramic fibers.
For more information about CCEWOOL ceramic fiber, pls see www.ceceramicfiber.com
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