High-quality, double-needled ceramic fiber blanket with superior insulation, low thermal conductivity, and chemical resistance. Ideal for heat treatment and high-temperature applications.
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This High-Density Ceramic Fiber Insulation Blanket is engineered to provide superior thermal management and heat containment for all Post Weld Heat Treatment (PWHT) applications. Manufactured from high-quality spun ceramic fiber with double-sided mechanical needling, it offers high strength, surface integrity, and is designed to endure extreme thermal environments. It is an essential component for achieving precise temperature control and energy efficiency in industrial heating processes (Supplier: Incertech).
Our blanket delivers exceptional insulating qualities, characterized by its lightweight construction, flexibility, low thermal conductivity, and minimal heat storage. By minimizing heat loss, this product helps significantly reduce power consumption and ensures uniform temperature distribution across the work area, which is critical for meeting regulatory compliance and relieving residual stress.
Insulating large components, pipes, and welds during preheating, PWHT, and stress relieving operations in heavy fabrication, power generation, and shipbuilding industries to maintain required thermal gradients.
| Characteristic | Details |
|---|---|
| Material | High Quality Spun Ceramic Fiber |
| Density Options | 96 kg/m? and 128 kg/m? |
| Thermal Property | Low Thermal Conductivity |
| Surface Integrity | High (Double Needled) |
| Supplier SKU | Blanket-NCB0329 |
Compatible with all major resistance heat treatment systems, ceramic heating pads, and industrial furnaces. Suitable for continuous use applications (Max use temperature depends on the specific chemical and thermal exposure).
1 x Roll of High Density Ceramic Fiber Insulation Blanket (Dimensions specified upon ordering).
Ceramic Wool, Thermal Blanket, Fiber Insulation Mat, Heat Treatment Blanket, High Temperature Insulation.
The higher density (128 kg/m?) generally offers slightly better insulating value and greater resistance to compression, while the lower density (96 kg/m?) provides greater flexibility, making it easier to wrap around tight curvatures.
Yes, the ceramic fiber construction exhibits excellent resistance to thermal shock, meaning it can handle rapid changes in temperature without cracking or crumbling.
While the material is chemically resistant, it is porous and will absorb water, which can temporarily reduce its insulating effectiveness. It is best used in dry environments or protected from direct moisture.
**Errors and omissions excepted (E&OE)
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High-quality, double-needled ceramic fiber blanket with superior insulation, low thermal conductivity, and chemical resistance. Ideal for heat treatment and high-temperature applications.