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What are the thicknesses of Anticon blanket products?

Published in Anticon Insulation Thickness 2 mins read

Anticon blankets come in various thicknesses, typically ranging from 110 mm to 145 mm, depending on the specific product model and its intended R-value. This range allows for selection based on the required thermal performance for different building applications, particularly for metal roofs.

Anticon is a highly regarded blanket insulation designed to provide thermal and acoustic benefits, while also helping to manage condensation in buildings with metal roofs. Its composite structure often includes a reflective foil facing laminated to a glasswool blanket.

Available Anticon Blanket Thicknesses

The thickness of an Anticon blanket is directly related to its thermal resistance, or R-value. Thicker blankets generally offer higher R-values, providing superior insulation performance. The following table details the common Anticon product models and their corresponding thicknesses:

Product Model Material R-Value Thickness (mm)
Anticon 110 R2.5 110
Anticon 130 R3.0 130
Anticon 140 R3.3 140
Anticon 145 R3.6 145

Understanding Thickness and R-Value

The variation in thickness is crucial because it dictates the insulation's effectiveness. A higher R-value indicates greater thermal resistance, meaning the material is more effective at preventing heat transfer. For instance:

  • Thicker options like Anticon 145 (145 mm, R3.6) are often chosen for applications where maximum thermal performance is required, such as in climates with extreme temperatures or for buildings aiming for high energy efficiency ratings.
  • Thinner options like Anticon 110 (110 mm, R2.5) provide effective insulation for general use while potentially offering more flexibility in installation where space might be a consideration, though still delivering significant thermal benefits.

Selecting the appropriate thickness of Anticon blanket depends on several factors, including local climate conditions, building code requirements, desired energy efficiency, and the specific application needs (e.g., residential, commercial, industrial).