The product is usually site applied using special spray equipment, trained applicators and under strict quality control conditions.

Typically used for application into timber, concrete and/or light gauge steel framing of walls, floors, and in roofs to meet thermal performance design requirements.

Subject to the following:

• All designs and construction shall be within the requirements and the guidelines set out in the ASCC Technical Manual ver 1.1 dated 1 July 2016, which includes ensuring the substrate to be properly assessed before application. Other uses are outside the scope of this certificate.
• For application to light gauge steel framing, using a 400mm stud spacing and 63mm product, a 0.7 R-value thermal break is re-quired in all climate zones, and for 600mm stud spacings using 90mm thickness of product a .5 R-value thermal break is re-quired in all climate zones.
• Substrates are to comply with those specified in the ASCC Technical Manual ver 1.1 dated 1 July 2016, and the ASCC Building Product Quality Plan ver 2.1;
• Installation shall be performed by ASCC trained and approved installers. Maintenance where required shall be in accordance with the ASCC Building Product Quality Plan ver 2.1

Complies with the New Zealand Building Code:

• Performance Clauses B1.3.2
• Performance Clauses B2.3.1 (a)
• Performance Clause F2.3.1
• Performance Clause H1.3.1

A two hut field exposure comparison conducted in Ontario, Canada Field, investigated the heating energy consumption of test huts insulted with either spray foam or fibreglass batts.

Click the Case Study link under Literature to see the full report.

• Stable thermal performance
• R-value = 4.46 at 100mm
• R-value = 5.36 at 120mm
• R-value = 6.70 at 150mm (click here for full R-value table)
• Good sound control
• Maintains an air seal even after seasonal expansion/contraction of building assembly
• Less than 1% water absorption
• Supports indoor air quality by blocking air infiltration and mass transfer of moisture that may cause mould