About Ceramic Fiber Paper
Ceramic Fiber Paper
Produced from an extremely pure alumina-silicate ceramic fiber. An alternative to asbestos
It features high temperature, chemical corrosion resistance, thermal shock stability and low thermal conductivity
It has low density, high strength, good resiliency and excellent sound absorbing property
Can be die-cut or stamped.Used at 2300 deg F/1260 deg C continuously, molts above 3000 deg F/1650 deg C
Application
Common applications for this paper include asbestos paper replacement, investment cast mold wrap insulation, one-time consumable insulating applications, back-up lining for metal though, hot top lining, applications where low binder content is required, thermal and electrical insulation, upgrade for fiberglass paper and blanket products.
2300 deg F/1260 deg C continuous rating, high insulation value & excellent personnel protection
Bio soluble Ceramic fiber paper is available, pls send email to us for price reference.
| 2300 deg F/1260 deg C: Ceramic Fiber Paper |
| Classification temperature deg C | 1260 |
| Working temperature deg C | 1000 |
| Density Kg/m3 | 200 15 |
| Thermal conductivity by mean temp. (W/m.k) (Density 200kg/m3) | 200 deg C | 0.075-0.085 |
| 400 deg C | 0.115-0.121 |
| 600 deg C | 0.165-0.175 |
| Organic content (%) | 6--8 |
| Chemical content (%) | Al2O3 | 45-46 |
| Al2O3+SiO2 | 51-52 |
| Size | Length | 10m,20m, 30m,40m |
| Width | 0.61m, 1.22m |
| Thickness | 1mm-6mm |
Superior High-Temperature ResistanceCeramic Fiber Paper can be used continuously at temperatures up to 2300F (1260C), making it ideal for industries demanding robust thermal insulation. Its exceptional ability to withstand thermal shock and exposure to molten metals ensures reliability in extreme conditions without degrading or losing integrity.
Versatile and Safe Asbestos ReplacementThis paper acts as an efficient alternative to traditional asbestos materials. It delivers high insulation performance while mitigating health risks associated with asbestos. Applications range from investment casting molds to hot-top linings and one-time consumable insulation, providing flexible solutions for various industrial needs.
Chemical Durability and Structural IntegrityEngineered from highly pure alumina-silicate fibers, Ceramic Fiber Paper boasts notable chemical resistance alongside superior mechanical strength and resiliency. These features make it suitable for environments where both chemical durability and physical performance are critical.
FAQ's of Ceramic Fiber Paper:
Q: How can Ceramic Fiber Paper be used to replace asbestos insulation in industrial settings?
A: Ceramic Fiber Paper serves as a modern alternative to asbestos insulation by delivering equivalent thermal protection, improved chemical resistance, and greater safety. Its robust structure and high-temperature tolerance enable it to perform in areas where asbestos was traditionally used, such as furnaces, kilns, and casting molds.
Q: What are the primary benefits of choosing Ceramic Fiber Paper for insulation applications?
A: The key benefits include excellent thermal and electrical insulation, lightweight construction, high strength, low binder content, outstanding chemical corrosion resistance, and stability under thermal shock. It also provides sound absorption and is easy to cut, wrap, and install.
Q: In what industrial processes is Ceramic Fiber Paper commonly utilized?
A: It is commonly employed in investment casting mold wraps, as backup lining in metal processing, hot top linings, electrical insulation, and as an upgrade from fiberglass paper and blanket products. It excels in applications where one-time consumable insulating properties are required.
Q: At what temperatures can Ceramic Fiber Paper be safely used?
A: This paper is engineered for continuous operation at temperatures up to 2300F (1260C) and can withstand molten conditions above 3000F (1650C) without melting, making it ideal for high-temperature industrial applications.
Q: What material is used in the production of Ceramic Fiber Paper?
A: The paper is manufactured from extremely pure alumina-silicate ceramic fiber, providing it with its superior thermal, mechanical, and chemical properties.
Q: How does the low binder content in Ceramic Fiber Paper impact its performance?
A: Low binder content reduces the risk of smoke or outgassing at elevated temperatures, ensuring stability and cleaner performance in sensitive applications like investment casting and high-temperature lining.
Q: Where can I source Ceramic Fiber Paper for industrial use?
A: This product is available from multiple distributors, exporters, manufacturers, suppliers, and traders, particularly in China, with customizable options for size, thickness, and width to meet different application requirements.
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