Leave Your Message

Aluminium Frame Nylon Panel Pre-Air Filter – China Suppliers & Factory | High Efficiency 40-65% G1 G2 Standards

,

Product Overview: Our high-quality air filters feature a robust frame made from premium Aluminum and Galvanized Steel, ensuring durability and reliability for a range of applications.

,

Filter Media: Constructed with a strong Nylon net, these filters provide excellent filtration efficiency.

,

Frame Thickness: Available in two thickness options: 21mm and 46mm, suitable for various installation needs.

,

Efficiency Ratings: Achieve an impressive filtration efficiency of 40% at 2.0µm and 65% at 2.0µm, meeting the demands of today’s air quality standards.

,

Standards Compliance: Our filters conform to EN 779 G1 and G2 standards, making them a reliable choice for industrial and commercial applications.

,

Operating Conditions: Designed to operate effectively at temperatures up to 70℃ and humidity levels of up to 90% RH, these filters are perfect for diverse environments.

,

As a leading China-based supplier and factory, we pride ourselves on providing top-quality products that meet the highest standards. Choose our air filters for performance you can depend on.

,

    🏭 Application Area
    ❄️ Refrigeration & Air Conditioning 💨 Air Purifiers 🏗️ Industrial Dust Control

    Nylon Panel Pre-filters are widely used in refrigeration and air conditioning products and equipment; air purifiers and air purification treatment equipment, etc.; primary dust filtration for industrial dust control.


    🧵 Filter Media Materials
    Nylon 6 Nylon 66 High Strength Wear Resistant Alkali Resistant

    The primary materials of nylon mesh filters are Nylon 6 and Nylon 66. Known for their high strength, excellent wear resistance, good alkali resistance, and solvent resistance, they serve as a balanced and reliable filtration material. Nylon exhibits strong tolerance to alkalis, weak acids, and most salt solutions, which is a significant advantage over many other polymers, such as polypropylene.

    Cake Release Performance: Nylon mono filament (woven from a single fiber) has a smooth surface that minimizes material adhesion, providing excellent "cake release" performance. This means that filtered solid particles are easily removed, reducing the risk of mesh clogging.

    Easy to clean: Thanks to its smooth surface and high strength, nylon filter mesh can typically be cleaned and reused multiple times.


    📊 The Efficiency of Nylon Panel Pre Filter
    🎯
    Efficiency Range
    40% – 65%
    Selectable based on specific requirements
    ⚖️
    Higher Efficiency
    Greater resistance & higher cost
    💰
    Lower Efficiency
    Reduced resistance & lower cost

    The efficiency of currently available filters ranges from 40% to 65%, and they can be selected based on specific requirements. The rational selection of filter efficiency and face velocity contributes to comprehensive economic benefits.

    For filters made of the same material, higher efficiency typically results in greater resistance and higher cost, while lower efficiency leads to reduced resistance and cost. Altering the air velocity will also affect resistance, efficiency, and the number of filters required, so appropriate selection should be made according to specific conditions.

    Aluminium Frame Nylon Panel (1)Aluminium Frame Nylon Panel (2)Aluminium Frame Nylon Panel (3)

    🔄 Service Life of Filters

    ⚠️ Key Note: As dust accumulates on the filter media, the resistance increases. When the resistance reaches an unreasonable level, the filter must be discarded or replaced.

    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.


    📈 Wind Speed Relationship Diagram
    Wind speed relationship diagram

    📋 Technical Parameters
    Technical Parameters

    📌 Remarks: (1) Initial resistance tolerance of ±10%    (2) Support customer size


    Frequently Asked Questions
    Q What are the main application areas of Nylon Panel Pre-filters?
    Nylon Panel Pre-filters are widely used in refrigeration and air conditioning equipment, air purifiers and air purification systems, as well as for primary dust filtration in industrial dust control environments.
    Q What materials are used in nylon panel pre-filters and why are they preferred?
    The primary materials are Nylon 6 and Nylon 66. They are preferred for their high strength, excellent wear resistance, good alkali and solvent resistance, and smooth surface that promotes easy cake release — meaning captured particles can be easily removed to prevent clogging.
    Q What is the filtration efficiency range of Nylon Panel Pre-filters?
    The filtration efficiency typically ranges from 40% to 65%. The appropriate efficiency can be selected based on specific application requirements. Higher efficiency means greater resistance and cost, while lower efficiency offers reduced resistance at a lower price point.
    Q Can nylon filter mesh be cleaned and reused?
    Yes. Thanks to the smooth surface and high strength of nylon monofilament, nylon filter mesh can typically be cleaned and reused multiple times. This makes it a cost-effective and environmentally friendly choice for long-term filtration needs.
    Q When should a Nylon Panel Pre-filter be replaced?
    A filter should be replaced when the resistance reaches an unreasonably high level due to dust accumulation. It should also be replaced if excessive resistance causes previously captured dust to detach and re-enter the airflow, as this can compromise air quality and system performance.
    Q How does air velocity affect the performance of a nylon panel pre-filter?
    Higher airflow rates increase filter resistance. By increasing the surface area of the filter media, the relative air velocity passing through the filter can be reduced, which lowers resistance and extends filter life. Appropriate selection of air velocity and efficiency is essential for achieving the best overall economic performance.