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ISOKING Stone Wool Mesh Blanket
ISOKING Stone Wool Mesh Blanket

ISOKING Stone Wool Mesh Blanket

Product ID : IK-RKB0013
Product Attributes :

ISOKING Mineral Wool Mesh Blanket is stitched with galvanized wire mesh (or stainless steel mesh) on one or both sides, offering superior thermal insulation, high-temperature resistance, and excellent acoustic performance. Specially designed for industrial pipes, tanks, boilers, and large-capacity equipment, it provides exceptional flexibility and mechanical strength for easy installation on irregular and curved surfaces.

Product Description

1. Product Overview & Performance

ISOKING Mineral Wool Mesh Blanket (Stone Wool Wire Mesh Blanket) is a high-performance thermal and acoustic insulation material engineered for demanding industrial applications. Manufactured by ISOKING, a globally trusted brand in insulation solutions, this product is stitched with heavy-duty galvanized or stainless steel wire mesh on one or both sides.

Designed to withstand extreme operating conditions, ISOKING mineral wool mesh blankets deliver exceptional thermal protection, non-combustible Class A1 fire resistance, and outstanding sound attenuation. Its flexible yet durable structure makes it the ideal choice for wrapping around high-temperature industrial pipelines, boilers, storage tanks, and irregular equipment surfaces, significantly reducing energy loss and enhancing operational safety.

2. Technical Specifications

Item Technical Data
Product Name Stone Wool Blanket
Material Basalt Mineral Fibers
Product Form Blanket / Roll
Length 3 m / 5 m
Width 600 / 900 / 1200 mm
Thickness 25–150 mm
Density 40–128 kg/m³
Maximum Service Temperature Up to 750°C*
Thermal Conductivity ≤ 0.044 W/(m·K)*
Reaction to Fire Non-combustible*
Facing Unfaced / Customized Facing
Packaging PE Bags / Customized Packaging
Applications Industrial Equipment, Boilers, Tanks, Pipelines, HVAC Systems and Steel Structures

*Note: Technical values are subject to the actual product specifications and test reports. Maximum service temperature and fire classification must be confirmed for the specific product grade.

3. Why Choose ISOKING & Target Customers

Why Work With ISOKING?

  • High Daily Capacity: With a daily output of up to 180 tons, we guarantee stable, large-scale supply for major global projects.
  • Fast Lead Time: Efficient production lines ensure rapid delivery within 7 to 10 days.
  • Strict Quality Control: International standard compliance ensuring premium fiber structure, high tensile strength, and consistent density.
  • Custom Solutions: Flexible options for density, thickness, mesh material, and custom packaging/branding.

Who We Serve:

  • B2B Distributors & Importers: Building materials and industrial insulation wholesalers seeking reliable long-term OEM/ODM factory partners.
  • EPC Contractors & Engineering Companies: Large-scale industrial construction, oil & gas, petrochemical, and power plant projects.
  • Industrial Plant Operators: Refineries, steel mills, sugar mills, paper factories, and marine/shipbuilding industries requiring thermal efficiency and energy-saving upgrades.

ISOKING Rock Wool Wire Blanket

4. Frequently Asked Questions (FAQ)

Q1: What is your daily production capacity and lead time?

A: Our factory produces up to 180 tons per day. Our standard lead time is 7 to 10 days, ensuring reliable and prompt delivery for large-scale orders.

Q2: Can I customize the wire mesh and packaging with my own brand?

A: Yes, we offer full OEM and ODM services. You can select galvanized or stainless steel mesh, and customize outer packaging, bag thickness, and brand logo printing.

Q3: What is the maximum service temperature for ISOKING Mineral Wool Mesh Blanket?

A: ISOKING mineral wool mesh blankets are Class A1 non-combustible and can withstand continuous operational temperatures up to 650°C.

Q4: How do you handle container loading to save freight costs?

A: Our products are highly compressed and packed in heavy-duty plastic bags, maximizing container space utilization while protecting the material during long-distance ocean transport.

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