Superb Underfoot Comfort

Airstep underlay, whilst providing superb underfoot comfort, provides the correct support for your carpet. The correct support prevents the risk of stretching and bubbling over time, which helps to extend the performance and life of your carpet.

Reduced Noise Transmission

Airstep underlay has a unique waffle design which absorbs sound, reducing normal noise transmission between floors by up to 80%. (Test results available.)

Natural

Airstep underlay is manufactured with pure natural rubber from rubber trees, “our sustainable resource”.

Anti-microbial

Airstep underlay, without the addition of any chemical additives, shows a natural resistance to fungal growth and therefore does not need to be treated with chemicals. Airstep rubber underlays have been shown not only to resist the growth of bacteria, mould and mildew in itself, but to positively affect connecting surfaces, thus reducing the growth of allergens in the carpet.

Asthma And Allergy Friendly

When it comes to Asthma and allergies a well maintained carpet and underlay can actually help to improve the quality of the air. With a hard surface the particles of dust settle on the floor and have a tendency to be disturbed by foot traffic and float back into the air, whereas, with ancarpet and underlay, the particles of dust and allergens remain trapped in the carpet. Airstep underlay is dust free, lint free and fibre free, those elements so troublesome to the allergy prone.

Thermal Rated

Airstep underlays help to reduce heat loss through your subfloor, which helps to make your home more energy efficient.

Australian Made

Airstep underlays are proudly made in Australia, using the highest quality raw materials available.

Guarantee

Airstep underlay is guaranteed for the ‘Life of the Carpet’ by Bridgestone Australia Limited.

Underfloor Heating

Airstep underlay is suitable for use with approved floor heating systems to the surface temperature of 40 C. Of all the underlays, Airstep underlay has the least resistance for the passage of heat from the system to the room.