TechnicalEverything you need to know about Insulmax®
Stay ahead of the curve
Quick, cost effective and hassle free. The Insulmax® Existing Wall Insulation method is everything your client’s want. Choose Insulmax® to insulate existing exterior walls of homes. All without removing wall linings or claddings.
The thermal performance of Insulmax® is better than most types of conventional segment insulation and compliance with the New Zealand Building Code is demonstrated as the first retro wall insulation method to be awarded CodeMark certification.
The position of Insulmax® as the innovative market leader in the Retrofit Wall Insulation industry was confirmed on 27th May 2016 when it became the first N.Z insulation company to be awarded CodeMark certification for its Retrofit Wall Insulation Method. The CodeMark certification includes all types of common existing buildings in New Zealand. Compliance of the system with the requirements of clauses B1, B2, F2, E2, C3 and H1 of the N.Z Building Code is monitored by the CodeMark certification body AssureQuality.
All forms of external retro wall insulation require an application for building consent, unless a written exemption has been issued by your local council. Your local Insulmax® licensee can advise of the current situation.
After assessing the property, only a trained and licensed Insulmax® representative is able to prepare the building consent application on the owners behalf..
Scope of use
The CodeMark certificate covers the retrofitting of Insulmax® wall insulation in all existing buildings. Our product can be used in all types of exterior wall structure, with or without building paper. This includes but is not limited to: timber claddings, masonry veneer, brick veneer, solid/rendered plaster, Fibro, EIFS and double brick construction.
Installation can only be carried out by trained Insulmax® licensees using specialist installation equipment. The blown insulation is installed dry, via small strategically placed holes, in the exterior or interior lining. All cavities are completely filled and confirmed by thermal imaging camera. The installation includes reinstatement of the cladding to a durable, invisible and weather tight finish.
What is Insulmax® insulation?
Insulmax® is a soft, white blown mineral fibre. It is a thermal and acoustic insulation made by melting and spinning inert materials, treated with inert water repellent. It is non-hygroscopic (non-wicking), will not rot, degrade or sustain vermin and will not encourage the growth of mould, bacteria or fungi.
It is manufactured in Europe, to BS EN ISO 9001 : 2012 quality standards, for the purpose of insulating walls. Insulmax® is a high performing thermal and acoustic insulation.
At installed densities the product contributes:
- – R2.8/100mm (typical for direct fixed cladding)
- – R4.2/150mm (typical for masonry veneer cladding)
Tested according to EN12667:2001
Note: Total thermal resistance of the wall structure is dependent upon existing construction variables.
Negligible resistance to the movement of water vapour
Classified according to EN14064, as possessing negligible resistance to the movement of water vapour. This means the product is breathable.
Dry and safe
Installed dry with no binders, glues, formaldehyde or other additives
Insulmax® is treated with an inert water repellant making it non hygroscopic and has a negligible ability to absorb or wick water.
Tested according to EN 1609
Achieves the highest standard of A1 – Non Combustible
Tested according to EN ISO 1182 & 1716
Does not settle or shrink
Settling rated according to to EN 14064-1 :2010 as “S1” (settling of less than 1% or too negligible to be measured) at installed densities.
Insulmax® has no detrimental effect on existing building elements and does not react with TPS wiring. Older rubber (TRS) insulated wires should be replaced before the installation of any insulation
Insulmax® is made from natural materials and post-consumer waste. It is CFC and HCFC free. It is classified as having zero Ozone Depletion potential and zero Global Warming potential.