The Ceramic Fiber Blanket Manufacturer!
Shandong Rising specialized in manufacturing and exporting thermal insulation products.We are very near from Jinan International airport and Qingdao port.
Our main products covers all kinds of ceramic fiber insulation, such as ceramic fiber blanket, ceramic fiber board,ceramic fiber paper,ceramic fiber gasket,ceramic fiber module, ceramic fiber cloth,tape,rope etc.
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Insulation Ceramic Fiber BlanketThe insulation Ceramic fiber blanket are manufactured from corresponding ceramic fiber bulk(COM,ST,HP,HA,HZ) .Utilizing high output blowing and spun techniques these products offer superior
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Ceramic Fiber Blanket InsulationAre you looking high-Temperature Insulation material for your forge, furnace & other heating equipment?A large selection of Ceramic Fiber Insulation Blanket to insulate and care for your heating
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Thermal Insulation BlanketThe thermal insulation blanket is ideal for insulating pipes that transport high-temperature materials. A variety of thicknesses ,temperature and quantity can be choosed.
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Double Needled Ceramic Fiber BlanketThe Double Needled Ceramic Fiber Blanket are manufactured from corresponding ceramic fiber bulk(COM,ST,HP,HA,HZ) .Utilizing high output double needle technology, these products offer good tensile
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2 Inch Ceramic Fiber BlanketThe 2 inch ceramic fiber blanket are manufactured from corresponding ceramic fiber bulk (COM, ST, HP, HA,HZ). Temperature 2000F common 2300F standard, 2300F high pure, 2480F high alumina, 2600F
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Ceramic Fiber Blanket for Industry FurnaceThe Ceramic fiber blanket for industry furnace are manufactured from corresponding ceramic fiber bulk(COM,ST,HP,HA,HZ) .Utilizing high output blowing and spun techniques these products offer superior
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2300F Ceramic Fibre Blanket2300F ceramic fibre blanket/Multiple Payment Options/6mm-50mm 2300F ceramic fibre blanket/Full service: Free sample/Delivery on time/7x24 Professional service/Global Supply/Timely Delivery
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Aluminium Silicate Ceramic Fiber BlanketThe Aluminium Silicate Ceramic Fiber Blanket is manufactured from corresponding ceramic fiber bulk(COM 2012°F,ST 2300°F,HP2300°F,HA 2480°F,HZ 2600°F).. Standard Densities: 6, 8 Ibs./cu. ft. (96, 128
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Ceramic Fiber Blanket for KilnCeramic fibre blanket . Size can be customized/Full service: Free sample/7x24 Professional service/MOQ:1piece . Temperature:2300°F,2600°F. Standard Densities: 6, 8 Ibs./cu. ft. (96, 128 kg/m3).
Why choose us
Our certificates
The certificate we have:ISO9001-2000, CE, SGS, BV , MSDS certificate.
Sales market
The products are enjoying high reputation in more than fifty countries and regions.Such as USA,South American,EU, Canada, ,Japan,India and Middle East etc.
OEM/ODM Service
OEM and ODM are both acceptable. The style can customize, the basic quantity we will advise after we discuss.
Sizes of Ceramic Fiber Blanket
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Thickness (mm) |
Density (kg/m3) |
Roll Size |
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6 |
96/128 |
6×610×7200 |
|
13 |
96/128 |
13×610×7200 |
|
25 |
64/96/128/160 |
25×610×7200 |
|
38 |
64/96/128/160 |
38x 610×3600 |
|
50 |
64/96/128/160 |
50×610×3600 |

High-Temperature Resistance: Ceramic fiber blankets can withstand intense heat without melting, burning, or releasing toxic fumes, making them a top choice for industrial furnaces, kilns, and fireproofing applications.
Low Thermal Conductivity: With a thermal conductivity rate typically ranging from 0.03 - 0.045 W/(m·K), these blankets effectively reduce heat transfer, enhancing energy efficiency.
Lightweight and Flexible: Their lightweight nature and flexibility make ceramic fiber blankets easy to handle, cut, and install in various shapes and sizes.
Chemical Stability: They are resistant to most chemicals, ensuring long-term durability in harsh environments.
Distinguish the quality of ceramic fibre blankets
Temperature rating: A high-temperature rating indicates that a high-quality ceramic fibre blanket can withstand extreme temperatures without degrading or losing its insulating properties.
Density: The density of a ceramic fibre blanket can also be used to determine its quality. A blanket with a higher density will typically have better thermal performance because it has more fibres per unit volume to trap and retain them.
Thickness: A ceramic fibre blanket's thickness can affect its insulating properties, with thicker blankets providing better insulation. Thicker blankets, however, may be more difficult to handle and install.
Compressive strength: A ceramic fibre blanket's compressive strength measures its ability to withstand pressure without breaking or degrading. A high-quality blanket will have good compressive strength, which is important for pressure or weight applications.
The composition of the ceramic fibres used to make the blanket can also impact its quality. High-purity fibres will generally perform better in insulation and are more resistant to chemical and thermal degradation.
A high-quality ceramic fibre blanket will be long-lasting and resistant to wear and tear. It should also withstand thermal cycling, so it can be heated and cooled repeatedly without cracking or losing its insulating properties.
Applications of Ceramic Fiber Blanket
Industrial Furnaces and Kilns
Linings, backup insulation, and precast modules
Petrochemical
Reactors, fireproofing, and piping insulation
Power Generation
Boilers, turbines, and ducts
Steel Industry
Tundishes, ladles, and casting areas
Fire Protection
Fire curtains, doors, and barriers
Glass and Ceramics
Melting zones, kiln cars, and crown linings
Ceramic blankets, widely recognized for their exceptional thermal insulation properties, are versatile materials used in various industries, including aerospace, metallurgy, and energy. Delving into their composition and structure is crucial to understand how ceramic blankets work.
Ceramic blankets predominantly comprise ceramic fibres, finely woven or spun from high-temperature-resistant materials such as alumina, silica, or zirconia. These fibres are engineered to have excellent thermal resistance, low thermal conductivity, and exceptional durability. The unique combination of these properties makes ceramic blankets highly efficient in minimizing heat transfer and providing effective insulation.
The structure of ceramic blankets is designed to optimize heat retention and prevent thermal conduction. They typically feature a layered construction consisting of multiple fibre layers. The individual layers are bonded using a specialized binder, creating a coherent and robust blanket.
The binder enhances the blanket's resistance to thermal shocks and mechanical stress.

Common Standards and Certifications
ASTM C892
Standard for High-Temperature Fiber Blanket Insulation.
ISO 9001
Quality management standard, ensuring consistent quality across production batches.
RoHS Compliant
Ensures that the material is free from hazardous substances.
Packaging & Shipping



FAQ
We're professional ceramic fiber blanket manufacturers and suppliers in China, featured by quality products and good price. Please rest assured to buy high-grade ceramic fiber blanket for sale here from our factory.
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