Standard stone wool blanket offers good flexibility and conformability, making it suitable for the thermal insulation of most industrial equipment.
However, for vertical surfaces, overhead areas, large-scale equipment, and applications requiring reinforced tying or mechanical fastening, the insulation system must also account for the blanket’s self-weight, fastening loads, and long-term structural stability.
CCEWOOL® Stone Wool Blanket with Wire Mesh combines a flexible stone wool blanket with metal wire mesh through a stitched construction. While retaining the blanket’s flexibility, the wire mesh provides additional mechanical support and a stable fastening base, making the product better suited to insulation installations on complex industrial equipment.
Wire Mesh Reinforcement Improves Installation Stability
CCEWOOL® Stone Wool Blanket with Wire Mesh uses metal wire mesh to reinforce the overall integrity of the blanket, helping the insulation remain more secure and stable during tying, fastening, and installation.
When steel bands, wire ties, or anchors are used for fixing, the wire mesh helps distribute localized loads and reduces the direct concentration of fastening forces on the stone wool layer, thereby lowering the risk of localized loosening, tearing, sagging, or displacement.
This construction is therefore particularly suitable for vertical surfaces, overhead areas, large-scale equipment, and industrial insulation applications requiring enhanced mechanical fastening.
Flexible Blanket with Wire Mesh for Curved Equipment
Stone wool blanket itself has good flexibility and can be bent and wrapped around pipes, storage tanks, ducts, and other equipment surfaces.
With the addition of wire mesh, the product remains flexible enough to conform to curved and cylindrical surfaces while providing improved shape retention after installation.
For large-diameter piping, cylindrical storage tanks, boiler exteriors, flues, and other complex equipment, this construction retains the conformability of Stone Wool Blanket while improving fastening reliability and installation stability.
Multiple Wire Mesh Options for Different Industrial Environments
CCEWOOL® Stone Wool Blanket with Wire Mesh can be supplied with different mesh materials according to project temperature, humidity, and corrosion conditions, including galvanized steel wire mesh, 304 stainless steel wire mesh, and 316 stainless steel wire mesh.
Galvanized steel wire mesh is suitable for general industrial insulation environments. 304 stainless steel wire mesh is suitable for industrial equipment requiring improved corrosion resistance, while 316 stainless steel wire mesh is better suited to coastal, humid, or more corrosive environments.
CCEWOOL® can also provide suitable attachment and stitching configurations according to actual service conditions, helping maintain a secure and stable connection between the wire mesh and the stone wool blanket.
A1 Non-Combustible Performance with Thermal Insulation and Structural Stability
CCEWOOL® Stone Wool Blanket is made from inorganic mineral fibers and can achieve A1 non-combustible classification, providing both thermal insulation and fire-performance benefits for industrial equipment, piping, ducts, and other insulation systems.
The wire-mesh reinforcement does not alter the primary thermal insulation performance of the stone wool itself. Instead, it provides additional mechanical support and improves installation adaptability.
CCEWOOL® Stone Wool Blanket with Wire Mesh is therefore particularly suitable for boilers, storage tanks, large-diameter piping, flues, industrial ducts, and other industrial insulation projects requiring large-area coverage, curved-surface wrapping, or reinforced fastening.
CCEWOOL® can provide different thicknesses, densities, wire mesh materials, and stitching configurations according to equipment temperature, installation structure, and environmental conditions, allowing the thermal insulation performance, curved-surface adaptability, and installation stability of the stone wool blanket to better match actual project requirements.
Post time: Oct-24-2026
