Advanced Building Technology by Condor Kinetic

Condor Kinetic products represent the advanced understanding of fluid dynamics in buildings such as thermal mass, pressure, wind, air, light etc. Together with their awareness of the planet's changing dynamics their research has moved well beyond the comfort zones of the staid and myopic short term and energy consuming building solutions that have created more problems than they solve.

The Condor approach is easily understood by anyone with an unbiased mind, from the layman to the architect or engineer. Not only are their products innovative, but it's also the manner in which these products are employed that propels Condor technology to the fore in their field.

In their roof ventilation systems, Condor utilise the natural internal thermal load of the air volume and the varying pressure values around the building to dictate the efficiency in regards to velocity. Simply put, the roof ventilator, which has no moving parts, induces a flow of air out of a roof proportional to the heat load. The warmer the air the faster it comes out of the roof.

As to their multi-tasking natural and high energy efficient electric lighting systems, initially developed for retirement and aged care facilities, Condor blend the two or more functions efficiently into an attractive light fitting thereby eliminating the need for several ceiling penetrations which end up being a visual nightmare. It's all there, fire flue systems developed for slow combustion stoves, anti downdraft terminals for problematic chimneys.

All Condor products are supplied in architectural format in that they are supplied specific to the situation. This is so that there can be no mistake as to the appropriateness of the product or the manner in which the product is installed.

High quality control is a criteria Condor believes to be essential in their products therefore all Condor products are manufactured in Australia.

The Condor website at condorvent.com.au displays a wealth of information regarding natural solutions to advancing healthier comfort levels in buildings of all types.