Coarse Air Filter: First Line of Defense, Dust-Free Performance

• Ultra-thin & lightweight. Filter element thickness is typically 10 mm or 25 mm, making it lightweight and suitable for systems with limited installation space.
• Low initial resistance, minimal air resistance. Suitable for low energy consumption operations, improving the overall energy efficiency ratio of air conditioning systems.
• Excellent cost control: Simple structure, low manufacturing cost, a preferred choice for cost-effective projects.

• Central air conditioning air supply systems in shopping malls, hospitals, and similar environments.
• Centralized ventilation systems for general industrial facilities
• Pre-filtration for dedicated outdoor air systems in cleanrooms

• Stable filtration efficiency. High dust holding capacity, with coarse efficiency up to G3-G4 grade.
• Robust construction. The filter bag utilizes ultrasonic heat sealing or stitching technology for enhanced durability and resistance to deformation.
• Economical and practical. Low cost, suitable for use as a pre-filter in most general ventilation systems.
• Extended downstream filter service life. Effectively captures larger particulate contaminants, protecting medium and high efficiency filtration stages.

• Shopping malls, hospitals, and other public service areas
• Central ventilation systems in electronics and biopharmaceutical industrial plants
• Fresh air and air-conditioning filtration systems for cleanrooms

• Enhanced durability. It utilizes anti-breakage synthetic fiber filter media with excellent tensile strength, ensuring long-term use without damage.
• Low pressure drop design. The material structure is loose and orderly, reducing initial resistance while maintaining efficiency and improving energy savings.
• Eco-friendly and safe. Free from glass fibers, no dust shedding, providing safer and more environmentally friendly use

• Shopping malls, hospitals, and other public service areas
• Central ventilation systems in electronics and biopharmaceutical industrial plants
• Fresh air and air-conditioning filtration systems for cleanrooms

• Low initial resistance and excellent ventilation. The nylon mesh features a relatively large pore size, resulting in low air resistance. It is suitable for coarse filtration and helps maintain stable system airflow.
• Reusable after cleaning. The filter mesh can be washed with water or cleaned with a vacuum cleaner, offering convenient maintenance and reducing long-term replacement costs.
• Moisture and mildew resistant. Nylon material is not easily absorbent, making it suitable for high-humidity environments and preventing filter media from becoming moldy or deteriorated.

• Refrigeration and air conditioning products and equipment
• Engineering dust filtration
• Air purifiers and air purification treatment equipment

• Reusable. The filter element can be reused multiple times, making it suitable for frequent dust removal and oil mist applications in industrial environments.
• Stable filtration performance. Although classified as coarse efficiency, the multi-layer metal structure is designed to effectively capture large particulate dust, oil mist, metal shavings, and other contaminants. It also offers excellent fire resistance.
• Robust and deformation-resistant. Particularly suitable for industrial ventilation systems subject to strong vibrations and harsh environments, maintaining filtration integrity over extended periods.
• High strength and durability: Manufactured from stainless steel or galvanized steel wire mesh or perforated sheet, offering resistance to high temperatures, corrosion, and mechanical impact, ensuring a long service life.

• Primary filtration for fresh air systems
• Ventilation systems resistant to acids/alkali, with high strength and high-temperature resistance
• Filtration for wax spray booths in automotive assembly plants

• High paint mist holding capacity. Up to 27 kg/m³, with a service life 3–6 times longer than conventional paint mist filtration products
• High paint mist interception efficiency. 99.8% effective interception rate for particles >10 μm, outperforming traditional coarse + medium-efficiency air filters.
• Low initial air resistance: Owing to the DPA's water- and paint-resistant material and honeycomb three-dimensional structure, the initial air resistance is approximately 20 Pa and can be maintained at a low level during operation, significantly reducing energy consumption costs

Paint pocket filters are suitable for spray booths and other air filtration processes to capture high-solids coatings, powder coatings, water-based coatings, multi-component coatings, colorants, and adhesive residues.