Ceramic Fiber Board
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Laurel Group Provide You Quality Ceramic Fiber Products
Laurel Group holds a prominent position as a supplier and manufacturer for ceramic fiber insulation board. Our commitment is to deliver high-quality products, services, and technical support to customers worldwide. To cater to the local market’s demand from overseas customers, we offer relevant certificates. Meanwhile, there is no change in the semantics, and the components of the sentence remain the same. If you need more information about your application, feel free to contact us.
Introduce About Ceramic Fiber Board
Ceramic fiber boards, made from alumina-silica fibers and binders through a wet forming process, is a high density insulation produced by vacuum pressing. Its thermal stability is high and its thermal conductivity is low, while it is also resistant to thermal shock and chemical attack.
Additioally, ceramic fiber boards are suitable for various refractory applications, including industrial heat process equipment, furnace and kiln flue and chimney linings, board over blanket hot face lining, and others. Laurel Group, being a supplier of ceramic fiber boards, provides ceramic fiber boards in a diverse range of densities, thicknesses, and sizes. Product variations will cause temperature ratings to vary.
Ceramic Fiber Board With Low Density VS. Ceramic Fiber Board As High Density
Insulation ceramic fiber board with low density exhibit marginally improved insulation properties compared to those with high density, but they are less robust and lighter. When drilling, machining, or rigidizing ceramic fiber boards, our office consistently suggests using high density.
The Advantages Of Laurel Group’s Ceramic Fiber Board
- Temperature stability at a high level.
- Great robustness and durability.
- Low thermal conductivity, sound transmission, and heat storage remain unchanged.
- The material has consistent density and displays strong resistance to thermal shock and chemical damage.
- Oxidation and reduction resistant.
- The boards have exceptional rigidity and modulus of rupture, which makes them strong and able to support themselves, while still being lightweight and simple to cut or process.
- Enables speedy thermal cycling without causing cracks or spalls.
- It is resistant to being penetrated by molten aluminum and other non-ferrous metals.