Multi Pocket Activated Carbon Air Filter Bag Structure For Air
the activated carbon filter is another effective air filtering
material. The activated carbon filter panel is made from activated
carbon form support mesh and frame. The activated carbon foam has
high carbon content, which can ensure the high filtering and
purifying efficiency. The support mesh of activated carbon filter
panel can be welded wire mesh and expanded metal mesh. The rigid
support mesh can maintain the shape of filter panel and extend the
service life. Frame of the activated carbon filter panel is
aluminum alloy frame or galvanized steel frame, which is corrosion
and rust resistance
Pocket filters structure:
Bag-style medium-efficiency filter with its unique bag structure
ensures that the air flow is evenly filled with the entire bag. The
unique hot-melt technology prevents over-squeezing or leakage
between the bags, which reduces resistance and maximizes dust
holding capacity. The reinforced "bag support grille" prevents the
filter from shrinking or bending under extreme operating
The medium-efficiency bag filter can be used as an ideal
medium-efficiency filter for use in environments with high
humidity, high airflow, and high dust loads. After the introduction
of the bag filters, their application in the pharmaceutical,
automotive and food manufacturing industries, commercial buildings,
and various industrial and ventilation systems have successfully
demonstrated that they have increased their industry standards with
value and performance.
The EFS F6 Rigid Pocket Filter is designed to withstand extreme
humidity and high velocities & turbulence, and is excellent for
all types of air handling systems.
Progressively structured design provides exceptionally low pressure
drop at high efficiency levels.
The self-supported filter pockets stay rigid in the air stream.
The filter element is free of metal parts, reducing the risk of
corrosion and punctures.
Polyurethane header ensures a leak-proof bonding of pockets to
The EFS F6 Rigid Pocket Filter is lightweight and easy to handle,
which provides exceptionally low pressure drop at high efficiency
The spacers channel the air entering the pocket, which result in a
lower pressure drop and lower energy costs.
Synthetic media rated at ASHRAE 65% (MERV 11).
Non-shedding fibers are specifically intended to resist moisture
Resists bacterial growth
Standard size and Specification:
|Model||Outside dimensions(mm)||Rated air flow(m³/h)||Initial resistance(Pa)||Efficiency|