Meltblown Synthetic Composite Filter Media China Suppliers Factory
Our Meltblown and Synthetic Composite Filter Media is engineered using advanced high-temperature melt-blown non-woven technology and premium polypropylene resins. Designed for high-performance filtration, this material offers an exceptional balance of dust-holding capacity and minimal airflow resistance, ensuring optimal air quality and system efficiency across various industrial and commercial applications.
Specifically optimized for pleating, this composite media exhibits superior tensile strength, increased break endurance, and enhanced stiffness. These critical mechanical properties make it the ideal choice for manufacturing mini-pleat filters, including V-bank ventilation filters, automotive cabin air filters, and high-efficiency household vacuum filters, providing smooth and consistent performance under rigorous operational conditions.
| Material Base | Polypropylene (PP) Melt-blown Resin | Manufacturing Tech | High-Temp Melt-blown Non-woven |
|---|---|---|---|
| Efficiency Range | F5 to H11 (EN799 / EN1822) | Thickness Range | 0.55mm - 0.65mm |
| Weight (W.G/M2) | 85g/m² - 120g/m² | Resistance Range | 8Pa - 120Pa |
| Stiffness Range | 180mg - 550mg | Key Property | High Tensile Strength & Stiffness |
| Typical Application | Ventilation & Automotive Filters | Performance Grade | Industrial High-Efficiency |
Achieves efficiency grades from F5 up to H11, ensuring superior capture of fine particulate matter.
Superior break endurance and tensile strength extend the service life of the filter element.
Engineered to provide minimal resistance while maintaining high dust-holding capacity.
High stiffness allows for precise mini-pleat and V-bank construction without deformation.
Top-class engineering ensures uniform material density and consistent airflow across the media.
Perfect for automotive cabinets, ventilation systems, and household vacuum cleaners.
Strict adherence to international filtration standards and material purity checks.
Utilizing automated melt-blown lines for consistent fiber diameter and distribution.
Tailored efficiency grades and thicknesses to meet specific industrial requirements.
Expert guidance on pleating parameters for V-bank and mini-pleat applications.
Efficient supply chain management to ensure timely delivery of raw filter media.
Continuous improvement in synthetic composite materials for higher durability.
| Performance Metric | Standard Filter Media | Our Composite Media |
|---|---|---|
| Service Life | Standard | Extended (High Endurance) |
| Airflow Efficiency | Moderate Resistance | Low Resistance / High Flow |
| Dust Holding Cap. | Basic | High Capacity |
| Structural Stability | Prone to Deformation | High Stiffness / Stable |
| Maintenance Cost | Frequent Replacement | Reduced Replacement Cycle |
It is primarily used for mini-pleat filters, V-bank ventilation filters, automobile cabin air filters, and vacuum cleaner filters due to its high stiffness and efficiency.
Higher stiffness prevents the media from collapsing or shifting during the pleating process, ensuring precise folds and consistent airflow channels.
We cover a wide range of efficiency grades, from F5 and F6 for general ventilation up to F9, H10, and H11 for high-efficiency filtration.
Yes, it is specifically designed for automobile cabinet filters, offering high break endurance and excellent dust capture to ensure clean cabin air.
Our engineering balances efficiency and resistance; for example, the FY-LZ-50 offers low resistance (8Pa) for F5 grade, while the FY-LZ-995 provides high efficiency (99.5%) with managed resistance (120Pa).
The media is produced using high-temperature melt-blown technology, providing stable thermal properties suitable for various industrial ventilation environments.
