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The coconut tree brown filter

【Media】Processing: The coconut shells undergo soaking, combing, and impurity removal processes to obtain pure, fluffy coir fibers. These fibers are then processed through physical methods (such as needle punching and pressing) to form filter screens or filter pads of varying thicknesses and densities.

【Thickness 】50mm

Efficiency:  40%@2.0μm  65%@2.0μm 85%@2.0μm 90%@2.0μm

Standard: EN 779 G1 G2 G3 G4   

    Application area

    Suitable for water curtain electrostatic automatic spray booths, dry spray booths, touch-up painting, or laboratories.

    Main Characteristics

    Pure and Eco-Friendly: Sourced from natural plants, it decomposes in the natural environment after disposal, making it environmentally friendly.

    Excellent Filtration Performance:

    Multi-Layer Filtration: The complex structure of coir fibers creates multi-level pores ranging from large to small, effectively trapping suspended solids, particulate matter, algae, and other impurities in water.

    High Dirt-Holding Capacity: Its fluffy structure can hold a significant amount of debris, reducing the likelihood of rapid clogging and extending cleaning cycles.

    Good Bio compatibility: The rough surface of the fibers provides a large attachment area for beneficial microorganisms such as nitrifying bacteria, helping to establish a stable biochemical filtration system that breaks down toxic substances like ammonia and nitrites in water.

    Rot Resistance: Coconut shell fibers contain lignin, which offers excellent water resistance, making them less prone to decay in humid environments and ensuring a longer service life.

    The efficiency of the coconut tree brown filter

    The efficiency of currently available ranges from 40% to 90%, and they can be selected based on specific requirements. The rational selection of filter efficiency and face velocity contributes to comprehensive economic benefits.

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    Service Life of Filters

    As dust accumulates on the filter media, the resistance increases. When the resistance reaches an unreasonable level, the filter must be discarded. Sometimes, excessive resistance can cause previously captured dust to become dislodged and re-enter the airflow; when this risk arises, the filter should also be replaced. The resistance of a filter increases with higher airflow rates. By increasing the surface area of the filter media, the relative velocity of air passing through the filter can be reduced, thereby decreasing the resistance.

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