Did you know that up to 20% of heat loss or gain is through un-insulated under floors?

When you make the decision to build your new home, it is the ideal time to insulate the under floors for high thermal performance. By doing so, you will benefit now and in the long term.

Supafil® CarbonPlus is a premium, engineered blow in glasswool insulation. It is a high performing, silicone treated product that has exceptional thermal performance and a proven track record in the UK over many years as a trusted insulation solution.

  • •  Excellent thermal performance
  • •  Save on energy costs
  • •  Non-combustible
  • •  Trusted insulation solution
  • •  Excellent coverage – fills all gaps and voids

 
Supafil® CarbonPlus is a high performance solution for floors in new build homes. It fills the cavity, maximising the potential thermal performance. Supafil® CarbonPlus should only be installed by Approved Installers to ensure the highest quality and installed performance.

Install Instructions


The insulation is blown into the floor cavity space by Approved Installers. Prior to installing the insulation, a material veil (BIB) is attached to the underside of the floor framing. The newly formed cavity is then completely filled with Supafil® CarbonPlus. The insulation will fill all gaps and voids and around pipework to ensure complete, even coverage. After installing the insulation an appropriate lining is applied. The process is quick and clean and complements the construction process.

The installation of insulation will only be carried out once a full assessment of the suitability of the property and area to be insulated has been completed.

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Certification


CodeMark is the highest level of product compliance in Australia, which is your assurance of the product’s suitability for use in your home and that it will perform as it should. CodeMark certification will also provide a smooth compliance pathway with local building authorities.

Specifications


Normal
Thickness (mm)
R-Value
(m2K/W)
50
1.3
90
2.3
100
2.5
140
3.5
190
4.8
240
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