Specification :

High-performance industrial filter

The new PE pre-filter!

The Prefilter PE is designed for the retention of particles out of compressed air and gases. It consists of a sintered polyethylene filter media with an absolute retention rate. By utilising various filtration mechanisms, including direct impact and sieve effect, particles down to the 25 µ in size are retained.

The new Ultrafilter PE elements are made of a pleated sintered polyethylene and offer various benefits:

450 % filtration surface
higher dirt holding capacity

Features and advantages:

pure, high-molecular polyethylene filter media
higher dirt retention capacity compared to standard PE prefilters
guaranteed retention rate
uniform pore structure ensures back washable capability

High-performance filter elements with nano-technology

Leading through innovation
The quality of filter elements is increasingly important, first because the requirements for clean compressed air being raised, and second because awareness of the environment and energy efficiency is increasing. With the introduction of the new Ultrafilter high-performance filter elements, offering an efficiency of 99, 99998% , Ultrafilter has once again demonstrated that it is one of the most innovative manufacturers in the market. Thanks to the unique combination of binder-free, non-woven nanofibre filter media and pleating technology, a reduction in energy costs of 70 % is achieved, as well as an improved filtration performance.

450 % greater filter area!
The secret of this vast increase in performance lies in the pleating of the nano-filter media. The pleating process mechanically folds the non-woven filter media many times. This makes the filter area 450% larger than that of a conventionally rapped filter element.
Many added value benefits!
You obtain obvious benefits when you use the new pleated ultrafilter high-performance filter element:

low differential pressure
improved filtration efficiency
greater dirt holding capacity
70 % lower energy costs

In addition, the new nano-filter media from Ultrafilter is ‘ oleophobic’ , which means oil and water are actively rejected. This results in a drop in the differential pressure, so operating costs are reduced to a minimum compared with conventional filter elements.

Massively reduced costs!
Depending on size, the use of the new high-performance filter elements from Ultrafilter save users between € 280 and € 1, 600 per filter element in energy costs per year.

Activated carbon filter AK

Ultrafilter activated carbon filter are designed for retention of oil aerosols, hydrocarbons and odours from compressed air and technical gases. The AK adsorption filters consist of two filtration stages. Particles are retained in the first filtration stage, this being the microfibre media. The second filtration stage consists of activated carbon which adsorbs oil aerosols, hydrocarbons and odours. Within appropriate pre-filtration, a residual oil content of < 0.003 ppm can be achieved.

Filter housing – the modular filter system

Ultrafilter – the intelligent filter system ensures pure and safe compressed air purification by an innovative technical concept:

three-part filter housing
patented high-efficiency filter elements
electronically, level-controlled condensate drain without losses of compressed air
continuous energy consumption monitoring

Safe and easy connection with modular concept. Robust flanged connection enables the filter housings to be securely and simply combined with a single sealing surface.

Flexible wall mounting

Individual filter housings or combinations can be firmly mounted by means of robust mounting brackets. The distance between filter and fixture surface can be adjusted as required.

The energy cost monitor

The energy cost monitor shows the optimum time to exchange the filter element when most economical. Option for the signal to be transmitted remotely.

Superior construction of the three-part filter housing

The fastening ring guarantees secure opening and sealing of the housing
Audible alarm sound to prevent opening of the filter housing under pressure
Secure sealing of housing components due to cone and o-ring connection
Push and turn technology ensures easy exchange of filter element
Minimal pressure loss due to improved flow technology
Long life thanks to epoxy resin coating
Conical design and smooth lower filter zone ensures no condensate is transferred downstream