CCEWOOL ceramic cloth is a fiber textile developed for high-temperature sealing, flexible wrapping, and surface protection applications. It combines flexibility, insulation performance, and installation adaptability, making it suitable for external wrapping, localized protection, and auxiliary sealing in industrial furnaces, heat treatment equipment, boiler and piping systems, valve flanges, and various kinds of high-temperature equipment.

In many high-temperature projects, customers need more than just conventional insulation materials. They require flexible insulation products that can better fit equipment surfaces, adapt to complex structures, and at the same time improve installation convenience. For this reason, ceramic cloth is not simply an ordinary auxiliary material in high-temperature systems. It is an important product that directly affects wrapping results, localized heat-loss control, and installation efficiency.

At the same time, CCEWOOL can also provide Fabrication customization support according to different project requirements. In addition to standard sizes, the product can be matched more precisely to actual application needs by adjusting width, length, thickness, and reinforcement type based on installation structures, wrapping dimensions, and construction requirements. This makes ceramic insulation cloth more suitable for downstream project installation and supporting applications.

Two Reinforcement Options for Different Working Conditions

To meet different project requirements for strength, flexibility, and service environment, CCEWOOL ceramic cloth is available with two common reinforcement options:

Fiberglass reinforced

Stainless steel wire reinforced

Among them, the fiberglass reinforced type, with its insulating properties, is more suitable for wire and cable wrapping, conventional high-temperature flexible wrapping, and general sealing applications, while maintaining softness and installation convenience.

The stainless steel wire reinforced type is better suited for working conditions that require higher strength, tensile performance, and structural stability. It offers greater advantages in high-temperature equipment wrapping, areas with frequent vibration, or projects with higher requirements for material integrity.

This distinction in reinforcement types allows ceramic insulation cloth not only to meet basic insulation requirements, but also to provide a more suitable product match for different project environments.

Stable Density for Better Suitability in Continuous Project Applications

CCEWOOL ceramic cloth has a density of 500 kg/m3. A stable density configuration helps the product maintain better structural uniformity and installation consistency in actual use.

For high-temperature equipment wrapping and sealing projects, whether a fiber textile can maintain a stable structure will directly affect subsequent installation results and performance in use. Stable density not only helps maintain overall product thickness and fabric condition, but also makes the product more suitable for continuous installation and batch project applications.

Complete Standard Sizes with Fabrication Customization Support

CCEWOOL ceramic cloth is available in the following standard sizes:

2 mm × 1 m × 30 m

3 mm × 1 m × 30 m

5 mm × 1 m × 20 m

6 mm × 1 m × 20 m

These size options cover a wide range of project needs, from thin flexible insulation to thicker wrapping and protective applications.

Thinner specifications are better suited for space-limited areas, lightweight wrapping, and localized insulation. Thicker specifications are more suitable for applications requiring greater wrapping thickness, surface protection, and flexible insulation performance.

In addition to these standard sizes, CCEWOOL can also provide Fabrication-customized specifications based on the actual requirements of engineering projects. For projects involving complex equipment shapes, special wrapping dimensions, or multiple installation points, customized solutions can help customers:

Better match actual equipment and structural dimensions

Reduce secondary on-site cutting and adjustment work

Improve wrapping installation efficiency

Reduce material waste and installation loss

Make the product better aligned with the overall project installation logic

This means that CCEWOOL provides more than just standard ceramic cloth. It offers a high-temperature textile solution that can be matched to project requirements through Fabrication support.

Which Projects Is Ceramic Cloth Better Suited For?

CCEWOOL ceramic cloth is especially suitable for the following high-temperature project applications:

Flexible external insulation wrapping for industrial furnaces

Surface insulation protection for heat treatment equipment

Boiler and high-temperature piping wrapping

Sealing protection for valves, flanges, and connection areas

Fire separation and localized high-temperature protection projects

High-temperature systems requiring flexible fitting and repeated disassembly

In these projects, the value of ceramic insulation cloth lies not only in its insulation performance, but also in its ability to better adapt to complex surfaces, localized structures, and flexible installation requirements. With Fabrication customization support, the product can further improve its fit with project structures, making installation more efficient and smoother.

CCEWOOL ceramic cloth is not just a single auxiliary textile for high-temperature use, but a project-oriented product suitable for high-temperature flexible wrapping, sealing protection, and surface insulation.

Through two reinforcement options—fiberglass reinforced and stainless steel wire reinforced—together with project-based Fabrication customization support, CCEWOOL helps customers better match the installation and application requirements of different high-temperature projects.

For customers who need to balance flexible insulation, structural conformity, installation convenience, and customization capability, CCEWOOL ceramic insulation cloth is a high-temperature textile choice with stronger practical application value.