Aerodynamic Self-supported Pocket Filter Medium Efficiency Pocket Bag Air Filter ​ ​description:

Applications: coarse and fine particle filtration; gas turbine system filtration
Type: multi-pocket filter
Frame: galvanized steel, aluminium or plastic
Filter media: progressively structured synthetic fiber
Gasket: EVA or none for plastic frame
EN 779 Class: G3－F7
Average arrestance: 80%－99%(ASHRAE 52.1-1992)
MERV: MERV 5－13(ASHRAE 52.2-1999)
DIN 53438 Flammability: F1
UL 900 Standard: CLASS 2
Final pressure drop: (recommender) 350Pa(G3-F5)－500Pa(F6-F7)
Max. air flow rate: 125% of nominal air flow rate
Max. operating temperature: 100℃
Max. relative humidity: 100%

Air conditional filters

Using seamless welding technology, keep structure stability and reduce the risk of leaky make sure the reliabity of use

• The media are progressively structured, long service life
• There are rhombic and small pockets inside, which not only distribute and share alike the aire flow, but also maintain the figure of the pockets, reduce power consumption and make full use of the filter media
• There is no glass fiber breakage and the risk of falling. the same breeding conditions caused by micro-organisms

Ø Pocket filters that reduce long-term filtration costs

Ø Aerodynamic, Tubular Pocket Spacers and Wedge-Shaped Filter Design channel the air for particulate loading throughout the depth of the pocket and minimum air flow resistance.

Ø Self-Supporting Pockets stay rigid in turbulent airstreams and during turbine shutdown.

Ø Durable technology-based filter elements to meet today’s requirements for rigid, non-corrosive, recyclable, combustable and mineral-free compoents

Air conditional filters

Aerodynamic, Tubular Pocket Spacers and Wedge-Shaped Filter Design channel the air for particulate loading throughout the depth of the pocket and minimum air flow resistance.
Self-Supporting Pockets stay rigid in turbulent airstreams and during turbine shutdown.

Aerodynamic Self-supported Pocket Filter Medium Efficiency Pocket Bag Air Filter Show: