POLYSTER POCKET FILTER

Product Description

Since 1980, we are engaged in this business as a manufacturer and exporter of technically sound Polyster Pocket Filter. This filter has a unique aerodynamic design which is suitable for  filtration of extremely fine particles in AHU & ventilation systems. Our offered filter is available for the clients in the market in various configurations at most economical prices. We pack this Polyster Pocket Filter in premium packaging for the final dispatch, with an aim to provide error free delivery at the customers' place.

Features: 

• Effective separation of Abrasive particle
• Extended media surface
• Very High dust holding capacity

POLYSTER POCKET FILTER

"HYHIENO" filters are manufacturing BAG FILTERS (POLYSTER MEDIA) as medium to high efficiency extended surface self-supporting pocket (bag) filters made of super fine synthetic (polyester) filter media. The progressive density multi-layered fiber arrangement offers excellent filtration performance combined with very high dust holding capacity.

HYGIENO Poly-G model with a unique aerodynamic design is also available for air intake application like gas turbines, diesel generators and spray painting plants.

Advantage : -

• Filter material of newly-developed plastic fiber media

• Low initial pressure loss, flat development

• Newly-developed seam technique for better air distribution

• Conical pockets and self-supporting bags

• Molded, rigid and aerodynamically designed plastic front

Description : -

•  Application:      Filtration for fine particle in AHU & Ventilation System

• Type:                  Pocket Filter

•   Case:                  Galvanized steel  /  ABS

•   Media:               Progressive structure Polyester media

•   EN 779:2002 efficiency:  F5 / F9

• Eurovent efficiency:        EU5 / EU9

• Average assistance          55 to 90 %

• Final pressure drop:        250 Pa.

• Temperature:                   80°C maximum in continuous service.

• Max. Relative Humidity        100% RH

 High air flow rate

1.      Low initial pressure drop

2.     Sturdy construction

3.     Extended media surface

4.     Very High dust holding capacity

5.     Effective separation of Abrasive particle