Synthetic Pocket Filter Media China Factory and Leading Suppliers
Our Synthetic Pocket Filter Media is a high-performance air filtration solution engineered for pocket and bag filters in general ventilation systems. By integrating advanced melt-blown, polypropylene, and lamination technologies, this multi-layer composite media provides superior air purification capabilities, balancing high filtration efficiency with optimized airflow resistance.
Designed for versatility and durability, this media features a unique three-dimensional net structure that allows for adjustable thickness and material composition. Whether your priority is maximizing dust loading capacity or minimizing pressure drop, our synthetic media can be customized to meet rigorous industrial standards, ensuring clean air environments across diverse commercial and industrial applications.
| Test Standards | ISO 16890 ePM 1-10, EN 779 M5-F9, ASHRAE 52.2 MERV 7-16 | Construction | Ultrasonically Welded Synthetic Media |
|---|---|---|---|
| Efficiency Range | 40% to 97% (Depending on Grade) | Available Widths | 360-720mm or Customized |
| Material Base | PET, Polypropylene (PP) | Thickness | 3mm to 4mm (±1mm) |
| Weight Range | 114g/m² to 157g/m² (Basic) / Up to 288g (Total) | Color Coding | White, Green, Orange, Pink, Purple, Yellow |
| Primary Use | Bag Filters and Panel Filters | Structure | Three-dimensional net composite layers |
Combines rough, fine, and intensive filter media layers to capture a broad spectrum of particle sizes effectively.
The 3D net structure enhances dust holding capacity, significantly prolonging the intervals between filter replacements.
Optimized material density reduces air resistance, lowering energy consumption for ventilation fans.
Adjustable thickness and internal material composition to tailor efficiency vs. resistance based on your needs.
Fully compliant with ISO 16890 and EN 779 standards, ensuring reliable performance in professional settings.
Ultrasonic welding ensures strong seams and structural integrity, preventing media leakage or rupture.
Strict adherence to ISO and EN standards ensuring every roll of filter media meets precise efficiency grades.
Utilizing ultrasonic welding and advanced lamination to ensure structural stability and leak-proof seams.
Rapid deployment of various grades (F5-F9) to ensure seamless supply chain continuity for clients.
Rigorous testing of pressure drop and filtration efficiency at 32L/min-dm² for consistent results.
Professional packaging and secure shipping to maintain media integrity during global transit.
Collaborative design process to adjust thickness and PET/PP ratios based on specific application needs.
| Feature/Metric | Standard Filter Media | Our Synthetic Composite |
|---|---|---|
| Dust Loading Capacity | Low to Moderate | High (3D Net Structure) |
| Operational Life | Short (Frequent Replacement) | Extended (Long Life-span) |
| Energy Consumption | Higher (Higher Resistance) | Lower (Optimized Airflow) |
| Filtration Grade | Fixed/Limited | Adjustable (F5 to F9) |
| Maintenance Costs | High (Due to Downtime) | Low (Reduced Replacement) |
It is primarily used for bag filters and panel filters within general ventilation systems, providing efficient air cleaning for commercial and industrial HVAC units.
Colors typically indicate efficiency levels: Yellow (90-95% / F8-F9), Pink (80-85% / F7), Orange (60-65% / F6), and Green (40-45% / F5).
Our media uses a combination of PET (Polyester) and PP (Polypropylene) utilizing melt-blown and lamination technology for optimal performance.
Yes, we can adjust the material density and thickness inside the pocket to either increase efficiency or reduce the pressure drop based on your specifications.
Our products are tested according to ISO 16890 (ePM 1-10), EN 779 (M5-F9), and ASHRAE 52.2 (MERV 7-16).
Ultrasonic welding provides a strong, clean, and permanent bond between synthetic layers, ensuring no air bypass and enhancing the mechanical strength of the filter bag.
