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Enkonduko:
The filter material is synthesized by a non-woven method with multi-directionality and gradual layering through needle-punching and melt-blown processes, according to the thickness and density of the fibers. It is made of composite fibers with different internal and external melting points, featuring firm connection points between fibers and tight binding, which is not easy to fall off. The progressively denser structure allows for the selection of different density levels of filter media according to the size of dust particles and the amount of dust holding capacity. The filter cotton is available in fully adhesive (three-dimensional glue spray treatment), semi-adhesive (surface glue spray treatment), and non-adhesive (no glue) options. The filter has a long service life, large dust holding capacity, high energy efficiency, and reduces replacement costs.
Application:
Air Handling Units:
Used in air handling systems of various buildings to pre-filter incoming air, removing large particles and impurities to safeguard subsequent equipment and enhance indoor air quality.
Fresh Air Units:
In fresh air systems, the medium-efficiency three-dimensional glued double-layer filter cotton effectively filters external air pollutants, supplying indoors with fresh, clean air.
Painting Workshops:
Employed in painting workshops of industries like automobile manufacturing and furniture production to filter airborne dust and impurities, preventing them from affecting coating quality and appearance.
Other Fields:
Suitable for electronics, food, pharmaceuticals, and other industries requiring high air cleanliness, as well as in industrial equipment and ventilation systems needing air filtration.
Enkonduko:
The filter material is synthesized by a non-woven method with multi-directionality and gradual layering through needle-punching and melt-blown processes, according to the thickness and density of the fibers. It is made of composite fibers with different internal and external melting points, featuring firm connection points between fibers and tight binding, which is not easy to fall off. The progressively denser structure allows for the selection of different density levels of filter media according to the size of dust particles and the amount of dust holding capacity. The filter cotton is available in fully adhesive (three-dimensional glue spray treatment), semi-adhesive (surface glue spray treatment), and non-adhesive (no glue) options. The filter has a long service life, large dust holding capacity, high energy efficiency, and reduces replacement costs.
Application:
Air Handling Units:
Used in air handling systems of various buildings to pre-filter incoming air, removing large particles and impurities to safeguard subsequent equipment and enhance indoor air quality.
Fresh Air Units:
In fresh air systems, the medium-efficiency three-dimensional glued double-layer filter cotton effectively filters external air pollutants, supplying indoors with fresh, clean air.
Painting Workshops:
Employed in painting workshops of industries like automobile manufacturing and furniture production to filter airborne dust and impurities, preventing them from affecting coating quality and appearance.
Other Fields:
Suitable for electronics, food, pharmaceuticals, and other industries requiring high air cleanliness, as well as in industrial equipment and ventilation systems needing air filtration.
Specification:
Attributes | Value | |||
Filter material | Synthetic Fibre | |||
Efficiency | EN779 | F8 | ||
ASHRAE | MERV14 | |||
Temperature | ≤120℃ | |||
Humidity | ≤100% RH | |||
Recommended Max. Final Pressureiz drop | ≤ 200Pa |
Technical Data Sheet:
Model | Length | Width | Thickness | Weight | Wind speed (m/s) | Dust capacity (g/m2) | Maximum air flow | Initial resistance (Pa) | Efficiency EN779 |
DABBC-C-P1392 | 20000 | 2000 | 20 | 600 | 0.25 | 450 | 900 | 28~400 | F8 |
Specification:
Attributes | Value | |||
Filter material | Synthetic Fibre | |||
Efficiency | EN779 | F8 | ||
ASHRAE | MERV14 | |||
Temperature | ≤120℃ | |||
Humidity | ≤100% RH | |||
Recommended Max. Final Pressureiz drop | ≤ 200Pa |
Technical Data Sheet:
Model | Length | Width | Thickness | Weight | Wind speed (m/s) | Dust capacity (g/m2) | Maximum air flow | Initial resistance (Pa) | Efficiency EN779 |
DABBC-C-P1392 | 20000 | 2000 | 20 | 600 | 0.25 | 450 | 900 | 28~400 | F8 |