Allied Filter Systems Ltd is pleased to announce a new range of Engineered products including self cleaning filters, strainers and solid-liquid separators.

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Allied Filter Systems has now launched a polyester high efficiency filter bag.

The high efficiency filter bag product range was previously only available in polypropylene, and is limited to use at temperatures under 100^oC. The polyester high efficiency bag can be used at temperatures in excess of 140^oC and perform to efficiencies of upto 99.98% at the stated micron rating (1-25 micron available). The product also meets EC directives governing plastics in contact with food, and is now being widely used in applications requiring absolute filtration at high temperature, which previously was only available using expensive cartridge filtration.

Allied Filter Systems Ltd is pleased to launch a 0.5 micron polyester needlefelt filter bag.

 The product is part of our extended life range of products, and has a fully welded construction including our ‘Welseal’ ring. The 0.5 micron bag has already been successful in applications previously dominated by expensive sub micron cartridges due to higher dirt holding capacities, longer service life and lower overall cost whilst maintaining the required filtration efficiency.

The 0.5 micron bag also meets EC regulations governing plastics in contact with food, and is now being used widely in the food and pharmaceutical industry.

Allied Filter Systems Ltd has a range of filter bag housings which gives the highest possible performance in demanding pocesses, with many innovative benefits:

• Inline connections for easy installation
• Top Entry design to minimise head of unfiltered liquid
• Flush top fitting of filter bags
• 360^o  positive seal between the bag and housing
• Cast Head allows minimal welding /crevices
• Only one oring
• Low Pressure Drops

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Allied Filter Systems Ltd has developed the Allipure series of Filter Bags, a unique range of absolute rated filter bags rated from 5-0.2 micron, which perform to an efficiency of 99.98% at the stated micron rating.

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