Mammoth Masonry Walls

Mammoth Masonry Wall friction fit airlay insulation products are 100% polyester insulation solutions designed to support the thermal performance of masonry/concrete walls. Mammoth Masonry Wall insulation are 45mm thick to fit between masonry battens and are available in two forms: a R1.0 Wall Blanket and R1.3 Airlay Wall Sections.

Whether you’re building a new home or retrofitting insulation to an existing home, Mammoth Insulation is a high performance option that’s easy to work with.

Features

Semi-rigid Airlay polyester sections or Carded polyester blanket.
45mm thick sections to fit between masonry battens.
Heat-bonded 100% polyester that won’t sag or settle over time.
Self-supporting for a smooth friction fit without creases, folds or tucks.
Also absorbs noise to create a quieter environment.
Moisture resistant – in the event of leaks they continue to perform once dried out.
Red List Free – no glues, resins, formaldehyde or pesticides added.
Safe and easy to work with – non-irritant and non-toxic.
No precautions are required for handling the product.

Category: Mammoth Masonry Walls

Description

Mammoth Masonry Walls

A Sustainable Choice

A Mammoth products are Red List Free
Manufactured within a carbon zero certified organization
Mammoth products contain recycled polyester fibres, the recycled fibres come from PET plastic
Recycling plastic protects the environment by keeping the carbon content locked up in the polyester fibre and reducing landfill waste

50 Year Warranty

Mammoth Insulation has a 50 year warranty. Warranty covers that – so long as the insulation is installed correctly and remains adequately protected Mammoth insulation will perform for 50 years. The warranty applies only to 100% polyester insulation products manufactured by InZone Industries Ltd. Terms & conditions apply

*Order in-store or send an inquiry.

Additional information

Weight	42.22 kg

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Interesting Insulation Facts

The earliest form of insulation was during the Middle Ages, when the walls of homes were stuffed with mud and straw to keep out the cold.

In the mid-1970s, home improvement companies traded asbestos insulation for fiberglass insulation after finding out the harmful effects asbestos has on lungs.

Fiberglass was invented when a young researcher named Dale Kleist attempted to create a vacuum-tight seal between two pieces of glass and a high-pressure jet of air shot through and turned them into fibers.

Today, an un-insulated home can lose up to 60% of its energy through walls and the ceiling.

Insulation is measured using an “R-value,” which refers to its resistance to heat flow. The higher the R-value, the better it will insulate.