Acoustic barrier

According to Deborah Services, NoiseGardz is a waterproof, fire-resistant and lightweight barrier, suitable for both internal and external temporary noise abatement.

It has a maximum attenuation rating of 35.6dB, independently tested and certified to BS EN ISO 717-1:1997; BS EN ISO 345:2003; EN ISO 11654:1997 standards.

NoiseGardz acoustic curtains are made entirely from fire-resistant materials and, when exposed to a blow torch, are designed to continue degrading rather than promoting flames to spread. During tests with a gas blow-torch, the self-extinguishing properties of NoiseGardz are said to have been proved with the flames immediately going out once the torch had been removed.

Deborah Services says this quality mitigates the health and safety risk of accidental fire or extensive damage as a result of vandalism – common hazards at construction sites.

NoiseGardz is suitable for suspension from secondary substrates such as fences and ceilings because of its water-resistance which is designed to prevent weight gain from water absorption, unlike barriers which use a fibre-based core. Manufactured in the UK from non-irritant materials means NoiseGardz is safe to handle without the need for further personal protective equipment.

Eyelets positioned on all NoiseGardz edges and Velcro seams enable it to be suspended from site fencing, scaffolding, timber hoardings and other substrates. It flexes to countless enclosure figurations for both short and long term applications.

Its pallet sized, single fold design combine with its lightweight nature ( 5.7kg) to ease both transport and storage.

Roger Hastie, managing director at Deborah Services says: "NoiseGardz is a must for any considerate contractor wanting to protect the surrounding community from noise pollution. It’s quick to assemble around fans, portable compressors, generators and mechanical construction tools. We’re selling it into construction and industrial sites as well as for events. Pound for pound nothing matches NoiseGardz for minimising noise disruption.”