XB126B Mechanism Ceramic Fiber Board is a high-performance rigid insulation board engineered for outstanding thermal insulation and mechanical durability. Produced by Xintai Refractory through an advanced vacuum forming and molding technique, this board ensures excellent dimensional accuracy, consistent density, and superior resistance to thermal shock, chemical attack, and abrasion.
Designed specifically for applications requiring enhanced mechanical strength and thermal stability, the XB126B board incorporates specially formulated inorganic binders and optimized fiber blends. This reinforcement provides excellent compressive strength and long-lasting performance in harsh high-temperature environments where conventional ceramic fiber boards might fail.
Technical Specifications of DiePlate Ceramic Fiber Board
| Parameter | Value |
|---|---|
| Classification Temperature | 1260°C |
| Brand | XB126B |
| Permanent Linear Change Rate | ≤ -31100 (℃ × 24h) |
| Thermal Conductivity (500°C) | ≤ 0.135 W/(m·k) |
| Moisture Content (%) | ≤ 1.5 |
| Organic Content (%) | Organic Content |
| Bulk Density | 300 kg/m³ |
Key Features
High Mechanical Strength: XB126B provides better resistance to vibration, mechanical stress, and thermal shock than standard fiber boards.
Excellent Thermal Insulation: With ultra-low thermal conductivity and low heat storage, it helps improve furnace efficiency.
Precise Dimensions: Mechanically formed for flat surfaces, tight thickness tolerances, and easy installation.
Low Shrinkage: Minimal deformation even after prolonged exposure at high temperatures.
Clean & Safe: Contains minimal organic binders, reducing smoke or odor during initial heating.
Environmentally Compliant: Manufactured under ISO standards with eco-friendly production processes.
Typical Applications
XB126B Mechanism Ceramic Fiber Board is widely used in:
Industrial Furnaces and Kilns: For back-up insulation and hot face linings
Petrochemical Industry: Reformers, cracking furnaces, heaters
Ceramic and Glass Industry: Kiln linings and door insulation
Heat Treatment Equipment: Car bottom furnaces, shuttle kilns
Electric Power and Steel Plants: High-temperature duct linings and expansion joints
Other High-Temperature Insulation Projects: Where durability and strength are essential
Production Details of Our DiePlate Ceramic Fiber Board
The XB126B Mechanism Ceramic Fiber Board is engineered through a precise wet forming process using high-purity aluminum silicate ceramic fibers. The board is reinforced with select inorganic and organic binders to enhance strength, thermal stability, and handling characteristics. It is an ideal choice for high-temperature insulation applications that require rigidity and durability.
Packing and Shipping Details
Each roll is wrapped in moisture-proof PE film, packed in woven bags or heavy-duty cartons, and palletized for bulk orders. We support custom sizes, OEM branding, and fast global delivery via sea, air, or express.
Frequently Asked Questions (FAQ)
Q1: What is the XB126B Mechanism Ceramic Fiber Board used for?
The XB126B board is designed for high-temperature insulation applications where excellent mechanical strength and thermal stability are required, such as furnace linings, kilns, and industrial heat treatment equipment.
Q2: What are the key features of the XB126B board?
Key features include superior dimensional stability, uniform density, enhanced thermal shock resistance, strong mechanical strength under compressive loads, and excellent chemical corrosion resistance.
Q3. How is the XB126B board manufactured?
It is produced by Xintai Refractory using a vacuum forming and molding process that ensures precise shaping, consistent density, and excellent structural integrity.
Q4: What temperature range can the XB126B board withstand?
The board is suitable for continuous use in high-temperature environments typically up to around 1260°C (2300°F), depending on specific application conditions.
Q5: Is the XB126B board resistant to mechanical wear?
Yes, it is reinforced with inorganic binders and selected fibers to provide excellent resistance to mechanical abrasion and compressive stress.
Q6: Can the XB126B board be used in chemically aggressive environments?
Yes, it offers good resistance to chemical corrosion, making it suitable for many industrial processes involving harsh chemicals.
