Izocam Industrial Blanket | Rock Wool Based Thermal and Fire Insulation

26/06/2026

Izocam Industrial Blanket | Rock Wool Based Thermal and Fire Insulation

Izocam Industrial Blanket: High Performance in Industrial Insulation

Izocam Industrial Blanket is a rock wool–based insulation product designed for industrial facilities where high temperatures, vibration, and fire risks occur simultaneously. It provides thermal insulation, fire safety, and acoustic comfort, offering a durable and safe long-term solution.

Technical Description

  • Types: 650, 700, 750 (different thermal conductivity levels)
  • Material: Rock wool (mineral wool)
  • Facing: Galvanized wire mesh (rabitz wire)
  • Thickness Options: 30 mm – 100 mm
  • Dimensions: 1000 mm width × 3000–8000 mm length
  • Thermal Conductivity (λD W/mK): 0.047 – 0.093
  • Maximum Service Temperature: 250–300 °C
  • Reaction to Fire Class: A1

Installation Method

Industrial blankets are cut according to the required dimensions and wrapped around the surface. The joints are fixed using galvanized wire through the rabitz mesh. On large surfaces, the blankets are secured with pins and washers; these pins also act as spacers for metal cladding.

Important: No gaps should be left at joints. This prevents thermal bridging and improves fire safety.

Advantages

  • High thermal insulation: Reduces energy loss
  • A1 non-combustible: Maximum fire safety
  • Acoustic insulation: Reduces industrial noise
  • Easy application: Available in different thicknesses and types
  • Long service life: Low maintenance and operating costs

Application Areas

  • Thermal power plants
  • Petrochemical facilities
  • Iron and steel plants
  • Energy boilers and process equipment
  • Large-diameter pipelines
  • Industrial furnaces

Frequently Asked Questions (FAQ)

1. What types are available?
650, 700, and 750 types with different thermal conductivity levels.

2. What is the maximum operating temperature?
Depending on the type, it can be safely used up to 250–300 °C.

3. Is it fire resistant?
Yes, it is A1 non-combustible and provides maximum fire safety.

4. Where is it commonly used?
In high-risk industrial environments such as petrochemical plants, power plants, steel industries, industrial furnaces, and large pipeline systems.