High-Energy Saving 160kg M3 hp Ceramic Fiber Blanket Aluminum High for Environmental Protection

Product Description：

Ceramic Fiber Blanket: A Superior Thermal Insulation Solution.

Ceramic fiber blanket, an advanced thermal insulation material, is crafted from long, flexible, and interwoven fibers via a specialized "spinning" process. This ensures a perfect blend of high strength, lightweight design, and long - term durability.

Engineered to excel in environments with temperatures spanning from 1000°F (538°C) to 2600°F (1425°C), it reliably maintains its thermal and physical properties. Notably, it remains unaffected by exposure to oil, steam, or water, and being an inorganic material, it releases no fumes when initially heated, guaranteeing safe and consistent performance.

Among ceramic fiber blankets, LUCHENG's offering distinguished itself by higher tensile strength and longer service life, making it the preferred choice for diverse high - temperature applications.

Typical Applications

1. Industrial Furnaces and Heating Devices
* High-temperature pipe wall linings

* High-temperature filter materials

* Insulation for industrial furnaces and heating devices

2. High-Temperature Boilers and Power Generation
* Thermal insulation for high-temperature boilers

* Steam turbine insulation

* Nuclear power thermal insulation

3. Chemical Industry
* Wall linings for high-temperature reaction equipment

* Insulation for heating equipment in chemical processes

4. Construction and Fire Safety
* Fireproof and thermal insulation in high-rise buildings

* Thermal insulation for furnace doors and roofs

Product Specifications
* Temperature Range: 1000°F to 2600°F (538°C to 1425°C)

* Material Composition: Inorganic ceramic fibers

* Physical Properties:
* Lightweight and firm structure

* Retains thermal and physical properties after exposure to oil, steam, or water

* No fumes during initial heating

Production Advantages
1. Thermal Performance
* Excellent Thermal Stability: Maintains integrity at high temperatures

* Low Heat Storage: Minimizes energy loss

* Low Shrinkage: Ensures dimensional stability

* Low Thermal Conductivity: Provides superior insulation efficiency

2. Mechanical Properties
* Good Acoustic Insulation: Reduces noise transmission

* High Mechanical Strength: Resists deformation and wear

3. Durability
* Excellent Springiness: Fibers retain their shape and flexibility

* Resistance to Thermal Shock: Withstands rapid temperature changes without degradation

Specification

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