Air Conditioning » Carbon Filters

Carbon Panels, Bags & Discarb Units

Application
Used for the removal of offensive odours in a wide variety of applications such as office blocks, hospitals, theatres, cinemas and airports. Carbon filters are also used for the removal of toxic contaminants in industrial or commercial applications. Some unwanted by-products include mercury vapour, sulphur dioxide and hydogen sulphide and the odours that can be generated by sewage works, slaughter houses, restaurant kitchens, toilets, wash rooms, laboratories and other areas. Some of these applications require chemically impregnated activated carbon to enhance efficiency. Also widely used by museums and galleries to protect artefacts and paintings.

Construction and Range
Carbon Panels
A patented bonding process is used to bond the carbon granules together into a biscuit, which incorporated a non-woven fabric on both faces. This process produces a homogenous panel of consistent quality and dimensional stability thus producing an even resistance across the face. Panels can be supplied unframed or bonded into galvanised stainless steel or aluminium channel to give a robust construction. Where the carbon to be used is impregnated or needs to be in pellet form, we offer a loose fill panel.

Rigid/Standard Carbon Bag
Panels are also available in a rigid carbon bag, bonded in 'V' formation and housed within a polypropylene fram, these are available in 3 sizes and come with a standard 25mm header. A traditional bag filter is also available manufactured from a carbon impregnated media.

Discarb Cells
Tese have the highest carbon loading in our range, are available in either standard or extra duty versions depending on the application. Discarb cells contain bonded carbon panels permanently sealed into a galvanised sheet metal casing, giving a very strong construction capable of handling large air volumes. They can be manufactured to almost any reasonable size and where requested can be fitted with a removable plug which can then be tested to determine the remaining useful life expectancy.