An extensive range of compressed air and gas purification products to cater to different requirements and applications.
An extensive range of compressed air and gas purification products to cater to different requirements and applications.

Compressed air needs to be purified or treated before it can be efficiently utilised. With compressed air as an increasingly popular alternative utility powering today’s modern production facilities, it is essential to select the most suitable compressed air treatment systems for your plant.

Airfilter Engineering (AFE) offers you solutions for clean, dry and technically oil free compressed air and gas. Our products comply with the recommendations of international quality standards (ISO 8573), carry the CE mark and meet the requirements of various Pressure Directives (PED2014/68/EU), ASME, DOSH and many others.

On top of our standard range of products, we also offer customers the option to customise our products in various ways to meet their specific requirements, with private labelling if necessary. Contact us anytime.

General Information

Whether you realise it or not, compressed air is involved in most industrial processes. Many of which are intertwined to our daily lives; from pumping bicycle tyres, the function of break mechanisms in cars, to manufacturing the semiconductors used in the device you’re reading this on.

How has society harnessed the energy from the air around us? Why is it so important to remove contaminants from your compressed air network?

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Industry Solutions

Optimising a compressed air network offers potential energy savings. Since energy costs make up a significant percentage of total costs in the long run, this in turn reduces the operating cost drastically. Installing AFE’s filters or dryers, or replacing filter elements improves energy-efficiency, reduces long-term costs, and ultimately reduces one’s carbon footprint.

Together with AFE, you can optimise your operations, realise cost saving opportunities and meet your sustainability goals.

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Image Credit: Dimitry Anikin