Polycrystalline Fiber Blanket

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Insulation and Refractory Materials

Polycrystalline Wool Fiber Blanket
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Wholesale Polycrystalline Fiber Blanket
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Polycrystalline Wool Fiber Blanket
Polycrystalline 3000°F Fiber Blanket
Polycrystalline Fiber Blanket Manufacturers
1600c Polycrystalline Ceramic Fiber Blanket
Wholesale Polycrystalline Fiber Blanket
Customized  Polycrystalline Fiber Blanket
Polycrystalline Fiber Blanket

Laurel Polycrystalline fiber blankets, crafted from advanced alumina-silica fibers, are renowned for their outstanding performance. They are lightweight and highly flexible, enabling easy installation even in intricate spaces. With remarkable thermal resistance and chemical stability, they’re perfect for industrial furnaces, petrochemical equipment, and aerospace parts. Being non-combustible, recyclable, and environmentally friendly, they not only enhance safety but also cut energy consumption, fitting diverse industrial needs.

Product Details



  • Density: 96/128kg/m³

  • Thickness: 25,50mm

  • Excellent Insulation

  • Lightweight and Flexible

  • Chemical Stability

  • Non-Combustible

  • Function: Refractory & Insulation & Fireproof


Here are some product characteristics of polycrystalline fiber blankets:


1. Excellent thermal insulation performance: Polycrystalline fiber blankets have a very low thermal conductivity, which can effectively block the transfer of heat and maintain a good thermal insulation effect in high-temperature environments, reducing heat loss and thus helping equipment save energy.

2. High-temperature resistance: They can withstand relatively high temperatures. Under high-temperature working conditions, they can maintain stable physical and chemical properties, and are not prone to deformation, melting, or the generation of harmful volatiles. They are suitable for various high-temperature industrial environments, such as industrial kilns and heat treatment equipment.

3. Lightweight texture: With a relatively low density, polycrystalline fiber blankets are light in weight. This makes them more convenient during installation and use, reducing the overall weight burden of the equipment. At the same time, it also lowers transportation and installation costs.

4. Good flexibility: They possess excellent flexibility and elasticity, enabling them to adapt to the surfaces of equipment with different shapes and structures. It is convenient for cutting, bending, and wrapping, and can closely fit the equipment, improving the thermal insulation efficiency.

5. Strong chemical stability: Polycrystalline fiber blankets have good resistance to most chemical substances and are not easily eroded by acids, alkalis, and other chemicals. They can still maintain stable performance in harsh chemical environments, thus extending their service life.

6. Sound absorption and noise reduction: In addition to their thermal insulation function, they also have a certain sound absorption and noise reduction effect. They can absorb and attenuate sound waves, reducing the noise generated during equipment operation and improving the working environment.

7. Environmentally friendly and pollution-free: Polycrystalline fiber blankets usually adopt environmentally friendly production processes and raw materials, and do not contain harmful substances. They are environmentally friendly during production, use, and waste disposal, meeting modern environmental protection requirements.

8. Fireproof and non-combustible: They are non-combustible materials and have good fire resistance. They will not burn or support combustion in case of a fire, providing additional safety protection for equipment and personnel.

9. Excellent thermal shock resistance: In the case of rapid temperature changes, polycrystalline fiber blankets can withstand thermal shock and are not prone to cracking or spalling, ensuring reliability and stability in environments with temperature fluctuations.

Table parameters

ItemPolycrystalline fiber blanket
Classification Temperature(ºC)1600
Tensile Strength(MPa)≥0.08
Density (kg/m3)96/128
Permanent Linear Shrinkage(%)1400ºCx24h≤1.0
600ºC      0.15
800ºC      0.21

Thermal Conductivity

(W/m.k)

1000ºC     0.29
1200ºC     0.40
1400ºC     0.47
Al2O3(%)70-73
SiO2(%)26-29


Features

★Low thermal conductivity
★Excellent chemical stability
★Excellent tensile strength
★Good thermal shock resistance
★Easy processing and installation



Polycrystalline fiber blankets have found extensive applications in multiple industries. In metallurgy, they line high-temperature furnaces, withstanding extreme heat and chemical corrosion, optimizing smelting efficiency. The petrochemical sector utilizes them to insulate pipelines and reactors, preventing heat dissipation and safeguarding against thermal stress. For power generation, they're integral in boilers and turbines, enhancing energy conversion and reducing noise. In aerospace, these lightweight blankets shield engine compartments and spacecraft, ensuring reliable thermal protection while minimizing weight. Moreover, in construction, they offer fireproof and thermal insulation for buildings, bolstering safety and energy conservation.

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