The AcoustaVent is a highly efficient vent which has been specifically designed so that air can efficiently flow through it whilst the vent itself limits the sound that can pass through it.
The AcoustaVent has a textured matte black fnish and it is manufactured from a premium nylon material. This is a nylon with high degrees of toughness across a range of temperatures. Most importantly, the nylon has good shock resistance capabilities meaning that it can withstand impacts without plastic deformation occurring.
The AcoustaVent has been designed so that air can easily flow through the intakes. The intakes have carefully engineered rounded corners which reduces the turbulence of the intake airflow which will then reduce the resistance to the flow. This increases the efficiency of your system.
The outlet of the vent has been designed so that sound waves are not able to flow directly through the vent. The geometry means sound waves would have to reflect off of different surfaces to pass through the vent. The reflection of the sound waves will help to dissipate their energy and reduce the noise that is heard on the other side of the vent. This makes the vent ideal for applications where reducing the noise from a system is a priority.
Ease of installation is another big advantage of the AcoustaVent. It has 2 clips on either side and 3 clips on the bottom so that it can quickly and easily be installed without the use of any extra tools or equipment. Once the vent has been fitted, it has a snug fit to ensure that it stays in place.
One company that has already started using the AcoustaVent is Welland Power. Welland Power are a UK manufacturer of diesel generators and have started using the AcoustaVent as the air intake on there canopied diesel generator sets.
Charlie Farrow, the Managing Director of Welland Power said ‘The AcoustaVent has an original design which has obviously been manufactured to a high professional standard’.
Mr Farrow went on to praise the efficiency of the AcoustaVent, ‘The AcoustaVent has a very efficient design and the noise reductions compared to our previous air intake system is massively noticeable’.