Description
Review
Description
1. Product Introduction
Soluble ceramic fiber inorganic board features excellent high-temperature resistance, thermal insulation performance, and mechanical strength, while also offering outstanding environmental friendliness. As a low bio-persistence material, it is harmless to human health during use and is widely applied in thermal insulation, fire protection, and energy-saving systems for high-temperature industrial equipment.
Compared with traditional rigid ceramic fiber boards, soluble ceramic fiber inorganic boards are greener and more environmentally friendly. They produce no dust irritation, contain no asbestos, and release no harmful gases during installation. They are especially suitable for industrial applications that require higher standards of health, safety, and environmental protection, such as new energy, food processing equipment, and environmental engineering.2. Product Structure & Manufacturing Process
The product is made from bio-soluble ceramic fibers mixed with inorganic binders, processed through feeding, mixing, vacuum filtration, demolding, drying, and cutting. This ensures a dense, uniform microstructure and reliable strength.
A: Fiber Matrix: Bio-soluble magnesium-calcium silicate ceramic fibers with low biological persistence
B: Binder System: Water-based inorganic binders, high-temperature resistant and emission-free
C: Forming Method: Vacuum filtration forming, ensuring board density and uniformity
A: Fiber Matrix: Bio-soluble magnesium-calcium silicate ceramic fibers with low biological persistence
B: Binder System: Water-based inorganic binders, high-temperature resistant and emission-free
C: Forming Method: Vacuum filtration forming, ensuring board density and uniformity
3. Key Performance Features
（1）Excellent High-Temperature Resistance
The board can be continuously used at temperatures up to 1100°C. It does not pulverize or shrink under high heat, maintaining reliable structural stability.
The board can be continuously used at temperatures up to 1100°C. It does not pulverize or shrink under high heat, maintaining reliable structural stability.
（2）Bio-Soluble, Safe, and Eco-Friendly
Manufactured with low bio-persistence fibers, which gradually dissolve and metabolize in the human body without harmful fiber deposition, ensuring health protection.
Manufactured with low bio-persistence fibers, which gradually dissolve and metabolize in the human body without harmful fiber deposition, ensuring health protection.
（3）High Mechanical Strength & Thermal Shock Resistance
With a dense and rigid structure, the board offers high compressive and flexural strength, and can withstand repeated thermal shocks without cracking.
With a dense and rigid structure, the board offers high compressive and flexural strength, and can withstand repeated thermal shocks without cracking.
（4）Low Thermal Conductivity & Energy-Saving
Effectively prevents heat transfer, making it ideal as a thermal insulation layer in energy-saving and heat-resistant applications.
Effectively prevents heat transfer, making it ideal as a thermal insulation layer in energy-saving and heat-resistant applications.
（5）Asbestos-Free, Low Smoke & Non-Toxic
Free of asbestos, sulfides, and other hazardous substances. No harmful gas emissions occur during use, complying with environmental regulations.
Free of asbestos, sulfides, and other hazardous substances. No harmful gas emissions occur during use, complying with environmental regulations.
（6）Good Dimensional Stability & Easy Processing
The board has precise dimensions, can be mechanically cut, and can be customized into special shapes for convenient installation and maintenance.
The board has precise dimensions, can be mechanically cut, and can be customized into special shapes for convenient installation and maintenance.
4. Technical Parameters
|
Предмет |
Биорастворимая неорганическая плита |
|
Температура классификации |
1260 |
|
Рабочая температура |
≤1000 |
|
Теоретическая насыпная плотность |
340-400 |
|
Органическое содержание |
≤1.5 |
|
Усадка при нагревании (1000℃за 24 часа) |
≤-2 |
|
Теплопроводность (даже при 500℃) |
≤0.1 |
|
SiO2 |
68.58 |
|
Al203 |
4.69 |
|
MgO |
2.87 |
|
CaO |
20.81 |
|
Fe2O3 |
0.99 |
Note: The above data are typical test values. Specific specifications and performance parameters can be customized according to customer requirements.
5. Application Fields
✅ Industrial Furnace Linings & Insulation Backing Layers
Suitable for thermal insulation structures of various high-temperature furnaces, such as tunnel kilns, car-bottom furnaces, and heat treatment furnaces.
Suitable for thermal insulation structures of various high-temperature furnaces, such as tunnel kilns, car-bottom furnaces, and heat treatment furnaces.
✅ Fire Protection Systems & Fire Door Core Material
Can be used as a high-performance, Class A non-combustible material in building fire protection applications.
Can be used as a high-performance, Class A non-combustible material in building fire protection applications.
✅ Thermal Insulation of Industrial Equipment
Applied in electric boilers, hot air ducts, exhaust pipes, heat exchangers, and other equipment for thermal insulation cladding.
Applied in electric boilers, hot air ducts, exhaust pipes, heat exchangers, and other equipment for thermal insulation cladding.
✅ Environmental Protection, Pharmaceutical & Food Industries
Ideal for areas with strict requirements for health and air cleanliness, serving as a substitute for traditional rigid fiber boards.
Ideal for areas with strict requirements for health and air cleanliness, serving as a substitute for traditional rigid fiber boards.
✅ Base Material for Shaped Components
Can be used in vacuum forming, grooving, and machining to produce special refractory components or modules.
Can be used in vacuum forming, grooving, and machining to produce special refractory components or modules.
6. Packaging & Transportation
✅ Packaging Method: Standard packaging is in cartons or wooden cases with moisture-proof film lining.
✅ Transportation Notes: Avoid heavy pressure, moisture, and dropping or impact. Suitable for land, air, and sea transportation.
✅Storage Conditions: Store in a well-ventilated, dry warehouse environment free from corrosive gases. Keep away from water sources and open flames.
7. Ordering Information
When placing an order, please provide the following details:
Required product dimensions (Length × Width × Thickness)
Required product dimensions (Length × Width × Thickness)
8. FAQ
Q1: What is the difference between soluble fiber inorganic board and ordinary ceramic fiber board?
A1: The main difference lies in the fiber raw material. Soluble fiber inorganic board is bio-soluble, harmless to human health, and more environmentally friendly, making it suitable for applications with higher health requirements.
A1: The main difference lies in the fiber raw material. Soluble fiber inorganic board is bio-soluble, harmless to human health, and more environmentally friendly, making it suitable for applications with higher health requirements.
Q2: Can this product be used in fireproof wall systems?
A2: Yes. This product is a Class A non-combustible material with excellent fire resistance and thermal insulation properties, making it suitable for fireproof walls, fire door cores, and related structures.
A2: Yes. This product is a Class A non-combustible material with excellent fire resistance and thermal insulation properties, making it suitable for fireproof walls, fire door cores, and related structures.
Q3: Is small-batch customization or special-shaped production available?
A3: Yes. We support small-batch and multi-specification production. Customized special-shaped parts or composite modules can be manufactured according to customer drawings.
A3: Yes. We support small-batch and multi-specification production. Customized special-shaped parts or composite modules can be manufactured according to customer drawings.
As an environmentally friendly, safe, and high-temperature resistant inorganic insulation material, soluble fiber inorganic board is gradually replacing traditional ceramic fiber boards and is widely used in thermal insulation systems for high-temperature equipment. With its excellent performance and good process adaptability, it demonstrates a broad market potential under the trend of energy-saving, environmentally friendly, and green manufacturing.
For samples, technical specifications, or selection guidance, please feel free to contact us. We provide professional and prompt support to meet your needs.
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