The HB Series is commonly used as final filter in variable airflow conditions, typically for clean room applications. High quality submicron fiberglass media ex: USA/Europe/tiongkok. Full depth high temperature Sealant, not hot melt. Individually DIN Test for each filter, Guaranteed.
Media
Micro-fine fiberglass media
Frame
Stainless steel 304
EN 779 Class
H13/H14
Recommended Final Pressure
2.0″W.G.(500 Pa) to 3.0″W.G.(750 Pa)
Minimum Efficiencies
99.99% and 99.999%
Maximum Operating Temperature
300°C
Maximum Temperature
350°C
The HBHV Series is commonly used as final filter in variable airflow conditions, typically for clean room applications. Wide range of efficiencies: H13 and H14. High quality submicron fiberglass media ex: USA/Europe. Full depth PU Sealant, not hot melt. “100% individual tested and individual sertificate test” (Leakage test).
Media
Micro-fine fiberglass media
Frame
Galvanized steel
EN 779 Class
H13,H14
Recommended Final Pressure
2.0″W.G.(500 Pa) to 3.0″W.G.(750 Pa)
Efficiencies
99.99% and 99.999% on 0.3 micron
HBGT Series -High Capacity dual layer media the filter are designed for use in gas turbine. Installed for the purpose of collecting very fine atmospheric dust, removing the supertine partiles in the intake air.
Available in
24″x24″x12″ or Custom Size
Media
dual layer water resitance micro glass fiber
frame
Galvanized steel
Recommended final Pressure
2.0″W.G.(500 Pa) to 3.0″W.G.(750 Pa)
The filter media is water resistance micro glass fiber.
The continuous hotmelt glues can ensure the consistency of the pleat
distance so as to enhance the rigidity, prevent falling off of media pack
and ensure the optimal air flow through the filter.
Polyurethane sealing glue is used between media and frames to better prevent the
leakage and damage. benefit to environmental protection by using excellent ABS frame
as no toxic gas is produced when being burned. with good advantages among like products,
larger effective filtration area, lower resistance and higher dust holding capacity.