Bio-soluble Fiber Inorganic Board
What is Bio soluble fiber Board
Bio soluble fiber board is a type of insulation material that is made from Bio soluble fiber. It is a rigid board that is lightweight, low thermal conductivity, and can withstand high temperatures. Bio soluble fiber board is commonly used for insulation in high-temperature industrial applications such as furnace linings, kiln linings, and incinerators. It is also used in the construction of high-temperature insulation panels, fireproof barriers, and heat shields. Bio soluble fiber board is available in a range of grades and thicknesses to suit different applications.
Benefits of Bio soluble Fiber Board
High Temperature Resistance
Bio soluble fiber board can withstand extremely high temperatures up to 1800C, making it suitable for use in high-temperature applications in industries such as metal, glass, and aerospace.
Low Thermal Conductivity
Bio soluble fiber board has a very low thermal conductivity, which makes it an excellent insulating material. This ensures that heat transfer is minimized when used in furnace linings or heat shields.
Co-friendly, Harmless
It contains alkaline earth metals such as calcium and magnesium and silica as main components, and it has the property of being smoothly discharged even if it is absorbed into the human body.
Lightweight
Bio soluble fiber board is lightweight, making it easy to handle and install. This is especially useful in applications where weight restrictions are a concern.
Easy to Cut and Fabricate
Bio soluble fiber board is easy to cut and fabricate to suit the specific requirements of an application. This makes it a versatile material that can be used in a variety of applications.
Durability
Bio soluble fiber board is highly durable and can withstand repeated cycles of heating and cooling without deteriorating. This ensures that it lasts longer and requires less maintenance than other insulating materials.
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![Bio Soluble Fiber Inorganic Board]()
Bio Soluble Fiber Inorganic BoardBio soluble fiber is an artificial glass silicate high-temperature insulation fiber composed of CaO+MgO+SiO2 components. Bio-soluble fibers do not belong to any carcinogenic classification...read more -
![Inorganic Soluble Fiber Shape]()
Inorganic Soluble Fiber ShapeSoluble Fiber is made from Alkaline Earth Silicate, which is developed from a calcium, magnesium, silicate chemistry to provide thermal insulation. Due to it can be soluble in body’s fluid, it is...read more -
![Soluble Fiber Special Shapes]()
Soluble Fiber Special ShapesSoluble Fiber is made from Alkaline Earth Silicate, which is developed from a calcium, magnesium, silicate chemistry to provide thermal insulation. As calcium and magnesium and silica the property...read more -
![Inorganic Hydrophobic Board]()
Inorganic Hydrophobic BoardCeramic fiber hydrophobic board is a hydrophobic and fire-resistant product developed on the basis of ceramic fiber board, which compensates for the hygroscopicity of ceramic fiber board. It is a...read more -
![Low Bio-Persistent Fibre Board]()
Low Bio-Persistent Fibre BoardAlkaline Earth Silicate (AES) Fiber is also called Bio-Soluble Fiber or Low-bio persistent fibre, because it contains alkaline earth metals such as calcium and magnesium and silica as main...read more -
![Inorganic Ceramic Fiber Shape]()
Inorganic Ceramic Fiber ShapeCeramic fiber shapes are made from high-quality ceramic fiber cotton using vacuum forming technology, which is widely used as high-performance refractory materials in various high-temperature...read more -
![Bio Soluble Ceramic Fiber Board]()
Bio Soluble Ceramic Fiber BoardBio soluble Ceramic Fiber Board is vacuum formed and rigid self-supporting fiber insulation boards manufactured from a slurry consisting of ceramic fibers and either organic or inorganic binders.read more -
![Inorganic Soluble Fiber Board]()
Inorganic Soluble Fiber BoardInorganic Soluble Fiber Board is rigid self-supporting Low-bio persistent fiber insulation boards, made with Alkaline Earth Silicate fiber and inorganic binder, more Eco-friendly and suitable as...read more -
![Bio Soluble Insulation Board]()
Bio Soluble Insulation BoardBio soluble insulation fiber (AES) is an artificial glass silicate high-temperature insulation fiber composed of CaO+MgO+SiO2 components. Biosoluble fibers do not belong to any carcinogenic...read more -
![High Temperature Insulation Board]()
High Temperature Insulation BoardZhuqing supply High Temperature Insulation Boards includes Rockwool, Ceramic Fiber (RCF and AES fiber), Calcium Silicate, Nano thermal insulation board, they can meet most of high temperature...read more -
![Refractory Ceramic Fiber Board]()
Refractory Ceramic Fiber BoardRefractory Ceramic Fiber Board is a fire-resistant fiberboard formed by wet vacuum filtration, using lightweight refractory loose cotton and inorganic and organic binders.read more -
![Ceramic Fiber Board]()
Ceramic Fiber BoardAluminum silicate ceramic fiber board is vacuum-formed, the strength of this type of product is higher than fiber blanket and vacuum forming felt, and it is suitable for high temperature...read more
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Types of Ceramic Fiber Board
Standard Ceramic Fiber Board: This board is made of pure alumina-silica fibers and has excellent thermal stability and resistance to thermal shock.
Zirconia Ceramic Fiber Board: This board is made of zirconia fibers and has high strength, excellent thermal shock resistance, and high temperature resistance up to 1430℃（2600℉）.
Low-density Ceramic Fiber Board: This board is made of low-density ceramic fiber and has excellent thermal insulation properties and good resistance to high temperature.
High-purity Ceramic Fiber Board: This board is made of high-purity alumina-silica fibers and has very low thermal conductivity, excellent thermal shock resistance, and high-temperature resistance.
Polycrystalline Ceramic Fiber Board: This board is made of polycrystalline fiber and has high-temperature resistance, excellent thermal shock resistance, and high mechanical strength.
Bio-soluble Ceramic Fiber Board: This board is made from bio-soluble fibers and has excellent thermal insulation properties, excellent thermal stability, and is non-hazardous to human health.
Ceramic fiber board is made up of alumina-silica fibers, which are formed into a flexible sheet through a wet forming process. The fibers are then vacuum-formed with organic and inorganic binders to reinforce the shape and cohesion of the board. They are then dried, cut into the desired size and thickness, and finally fired at high temperatures to remove any remaining organic binders and to vitrify the fibers into a rigid, low-density material with excellent thermal stability and insulation properties. The major component of the ceramic fiber board is alumina and silica fibers.
Lightweight: Thebulk density of the ceramic fiber lining is about 25% of that of the light-weight insulating brick lining, and about 10% of the light-weight castable lining. The use of fiber lining can greatly reduce the load of the steel structure of the kiln and prolong the service life of the lining.
Small Heat Storage: The heat capacity of the ceramic fiber board is about 1/10 of that of the light heat-resistant lining or light castable, and the specific heat capacity is small, which plays a significant role in the shutdown and start-up of the heating furnace, reducing industrial production and furnace maintenance costs.
Low Thermal Conductivity: The thermal conductivity of the ceramic fiber board lining is 1/10 of that of the lightweight thermal insulation lining, and the heat resistance effect is better.
Good thermal shock resistance and mechanical vibration resistance
The ceramic fiber modules made of ceramic fiber blankets have toughness and elasticity. Under the premise that the furnace body can withstand, the lining of the ceramic fiber folding modules can meet the requirements of any fast speed. Heated or cooled without damage.
Stable chemical properties
The main chemical component of ceramic fiberboard is aluminum silicate, which is a neutral and acidic material. Except for the reaction with strong acid and alkali, it will not be corroded by other acids, alkalis, water, oil and steam.
Wide application range
Refractory ceramic fiber board can meet the use requirements of different operating temperatures of 600-1400, and fully meet the requirements of different industrial furnaces in various industries for refractory.
Ceramic Insulation Board Uses
Ceramic insulation board is vacuum-formed, insulation with machinability. The manufacturing process begins by wet forming alumina-silica fibers and binders and vacuum pressing the mixture into molds. Imagine combining the high heat resistance and insulating properties of ceramic fiber blankets into a more durable, rigid solution, and you have the innovative product known as ceramic fiber boards. Ceramic fiber insulation board can be produced in many shapes, temperature ratings, dimensions, densities, and compressive strengths.
Ceramic insulation board is commonly used as a hot face lining in high-temperature settings. Hot face lining boards are backed by lower-temperature backup boards or ceramic fiber blankets. Low thermal conductivity, high-temperature stability, uniform density, and exceptional resistance to thermal shock and chemical attack are all advantages of ceramic fiberboards.
Insulating boards can also be used as backup insulation behind dense refractories such as castables or firebrick to provide a more efficient lining.
Ceramic fiber boards are incredibly adaptable and can be used in various ways. Backup or hot face insulations include chimney linings, industrial furnaces, kilns, stoves, boiler wall insulation, combustion chambers, heat shields, ceramic liners, baffle replacement, expansion joints, and refractory linings. In many applications, it also works effectively as a high-temperature gasketing material.
Components of Ceramic Fiber Board
Ceramic fiber board is a type of heat insulation material that is widely used in industrial applications. It is made of high-purity alumina and silica fibers that are mixed with a binder material to form a board. The components of ceramic fiber board include
Alumina
These are made of high-purity alumina and are the primary component of ceramic fiber board. They provide excellent thermal insulation and are resistant to high temperatures.
Silica
These are also made of high-purity silica and provide good thermal insulation as well as chemical resistance.
Binder material
This is a type of adhesive that is added to the alumina and silica fibers to give them shape and hold them together. The binder material can be organic or inorganic and can vary in composition depending on the specific application of the ceramic fiber board.
Additives
These are additional materials added to the board to enhance its properties. Examples include zirconia for increased strength and stability, or coatings to improve the board's resistance to moisture.
Ceramic Fiber Board Characteristics
Low thermal conductivity
Excellent thermal stability
Excellent sound absorption
Thermal shock resistance
Excellent corrosion resistance
White color, and lightweight
Easy to cut, machinable
Specification for Ceramic Fiber Board
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Specification for Bio-Soluble Ceramic Fiber Board
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Ceramic Fiber Board Handling
Handling: Ceramic fiber boards are fabricated by ceramic fibers that may cause itch and respiratory system discomfort. Please use mask and gloves when handling them.
Cutting And Shaping: The material is soft. It can be cut by general wheel saw and utility knife. If large quantity is needed, die cut is a good choice
Use Of Adhesive To Join: We have A14 high temperature adhesive that is fabricated from high purity Alumina and Silicate raw materials. It is designed to bond ceramic fiber boards together.
Clear each surface to be bonded by removing contaminants and dust using a vacuum.
Mix the adhesive well because material may settle while transported or sitting.
Apply the adhesive to each surface to be bonded, and contact surfaces together.
Apply light but firm pressure for 1 minute to allow for initial set, and then gently place the bonded piece aside in such a fashion that the bonding plane does not have any force acting on it except in the normal direction to the bonding plane. Excess adhesive may seep from the bond site.
Allow to dry at room temperature, or an elevated temperature (don't exceed 100°C), for about 24 hours. Ceramic bond will be developed at temperature of above 1000°F.
Screw Holding: When use screws to hold a board on a base, it's better to paint a layer a adhesive on both screws and the base.
Maintenance Tips for Ceramic Fiber Board
Keep the board clean and free from debris or foreign materials that could damage the board.
Do not stack or place heavy objects on the board, as it can be easily damaged.
Regularly inspect the board for cracks and signs of wear and tear, and replace it if necessary.
Handle the board with care during installation, as it is fragile and can easily break.
Store the board in a dry and cool place, away from direct sunlight and moisture.
Install the board using only recommended installation methods and materials, to ensure its longevity.
Avoid exposure to extreme temperatures and sudden temperature changes, as they can cause the board to crack or break.
Perform regular maintenance on the furnace or stove in which the board is installed, to ensure that it is functioning properly and not causing any undue stress on the board.
Always wear protective gear when handling the board, such as gloves and safety glasses, to protect against injury.
How To Cut Ceramic Fiber Board
Measure and mark the area you want to cut on the ceramic fiber board using a straight edge and a marker.
Put on your protective gear such as gloves, safety glasses, and a mask for breathing.
Using a circular saw or a , make sure to use a blade specifically designed for cutting ceramic fiber board. It's crucial to use the right blade to prevent chipping or cracking of the board.
Start cutting the board by holding the blade of the saw steady against the marked line. Make sure to follow the line and cut smoothly.
As you finish the cut, turn off the saw and let the blade come to a stop before removing it from the board.
After cutting, check the edges of the board for any rough or jagged spots. Use sandpaper or a grinder to smooth out any imperfections in the edge.
Dispose of any leftover materials properly and clean up the area.
Main refractory fiber products: ceramic fiber board, Inorganic board, Bio-Soluble board, Hydrophobic board, ceramic fiber blanket, ceramic fiber bulk, ceramic fiber paper, ceramic fiber module, ceramic fiber Special-shaped parts, ceramic fiber textile, nano thermal insulation board, calcium silicate board and polycrystalline mullite board and so kind of refractory and thermal insulation materials.
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FAQ
Q: What is ceramic fiber board?
Q: What are the advantages of using ceramic fiber board?
Q: What are the applications of ceramic fiber board?
Q: What is the maximum temperature resistance of ceramic fiber board?
Q: What types of ceramic fiber board are available?
Q: What is the thickness of ceramic fiber board?
Q: What is the density of ceramic fiber board?
Q: Can ceramic fiber board be easily cut?
Q: Is ceramic fiber board easy to install?
Q: What is the recommended method for handling ceramic fiber board?
Q: What is the shelf life of ceramic fiber board?
Q: Can ceramic fiber board be recycled?
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Q: What is the water absorption rate of ceramic fiber board?
Q: Does ceramic fiber board emit any fumes or particles during operation?
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Q: What type of lining system is compatible with ceramic fiber board?
Q: What are the standard dimensions of ceramic fiber board?
Q: How does the cost of ceramic fiber board compare to other insulation materials?
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Bio Soluble Ceramic Fiber Board, Low Bio Persistent Fibre Board, Hydrophobic Board