Engineered Structural Integrity & High-Efficiency Filtration
- Superior Dust Interception: As a G4 Class Synthetic Filter Media, it is specifically designed for industrial HVAC systems to provide precise filtration for particles ≥ 1 μm. This prevents system-wide secondary contamination and ensures a High Dust Holding Capacity throughout the filtration cycle.
- Optimized Airflow Dynamics: Featuring a Low Initial Resistance Wire Backed Media design, our product facilitates steady, large-volume air delivery. This significantly minimizes motor load on industrial blowers, leading to substantial reductions in power consumption for your HVAC System Pre Filter Media.
- Extreme Environment Stability: Our media is built to last in demanding environments, offering 100% RH Moisture Resistant performance and 80°C Resistant temperature tolerance. Whether utilized as an Air Compressor Intake Pre Filter or in Cleanroom Air Handling Unit Filter Media, it remains operational in coastal or high-heat industrial sites.
- Engineered for Durability: With a 400 Pa Final Resistance Reinforced Media rating, this Wire Reinforced Filter Roll is designed for long-term service life and reliability.
Material Composition & Customization Specifications
- Media Construction： We apply advanced thermal lamination to composite high-strength synthetic fibers with a robust metallic support grid. This creates a rigid metal mesh backed filter structure that maintains dimensional stability and prevents air bypass under high static pressure.
- Pleating Technology： Our precision deep-pleating process expands the effective filtration surface area by 500% compared to standard flat filter media. This maximized surface area significantly lowers initial resistance and extends filter maintenance intervals.
- Custom Frame & Integration： As a professional industrial air filter media manufacturer, we supply tailored mounting configurations—including heavy-duty cardboard, aluminum, and galvanized steel frames—engineered for seamless integration into your HVAC systems.
- Bespoke OEM/ODM Manufacturing： We provide custom roll widths, thickness options, pleat depths, and specialized synthetic blends to meet exact OEM specifications for non-standard air handling units (AHU) and global industrial procurement needs.
- Industrial Facility HVAC Systems： Serves as a high-capacity pre-filtration layer for large-scale manufacturing plant ventilation, capturing heavy airborne particulate matter to protect downstream filtration stages and optimize system airflow.
- Air Compressor Intake Systems：Serves as a heavy-duty intake pre-filter that blocks ambient atmospheric dust and abrasive particles from entering critical air compressor equipment, minimizing component wear and maintenance overhead.
- Cleanroom AHU Pre-Filtration：Engineered for fresh-air intake units within cleanroom facilities to intercept coarse contaminants, significantly reducing operational loads and extending the service life of expensive secondary HEPA filters.
- Commercial Building Ventilation：Delivers high-efficiency dust removal across commercial HVAC networks, safeguarding indoor air quality (IAQ) and lowering blower energy consumption in hospitals, hotels, and office complexes.
| Evaluation Metrics | Chuqi Reinforced Wire-Backed Media | Conventional Industry Media |
|---|---|---|
| Compliance & Certification | Fully certified to EN 779 G2–G4 standards with complete technical documentation for global industrial audits. | Often lacks standardized testing data, leading to compliance risks during strict facility inspections. |
| Filtration & Structural Stability | High-rigidity wire backing prevents pleat collapse, maintaining consistent airflow and efficiency throughout its lifecycle. | Highly prone to sagging and pleat deformation, causing secondary air bypass and dust leakage. |
| Airflow Resistance & Energy Savings | Optimized aerodynamic permeability lowers initial static resistance, significantly reducing blower motor power consumption. | High initial resistance places heavy loads on HVAC blower motors, driving up operational electricity costs. |
| Moisture & Thermal Resistance | 100% RH moisture-resistant and thermally stable up to 80°C, performing reliably in harsh coastal or humid sites. | Synthetic fibers absorb moisture and degrade under thermal stress, drastically shortening service life. |
| Dust Holding Capacity & ROI | High dust holding capacity (up to 300g/m²) extends replacement cycles and minimizes labor maintenance costs. | Low dust storage capacity requires frequent filter changes, increasing long-term maintenance overhead. |
| Technical Item | Parameters |
|---|---|
| Media Material | Synthetic fiber with net |
| Filter Class | G2 – G4 (EN 779 Standard) |
| Filter Objects | ≥1 μm |
| Avg. Efficiency | ≥98% (Based on ASHRAE 52.1-1992 Standard) |
| Dust Holding Capacity | 300 g/m² |
| Resistance | Low initial resistance design; final resistance up to 400 Pa |
| Moisture Resistance | 100% relative humidity |
| Resistant Temperature | Max. 80°C |
| Structural Features | Pleated deep-capturing; 5 times the effective filtration area of flat mesh |
Note: These are standard specifications. For custom sizes or technical inquiries, 【please contact our engineering team.】
Custom Industrial Filters | Source Factory Direct from China
As a leading industrial air filter media manufacturer, we operate automated production facilities dedicated to engineering high-performance filtration materials for global distribution. We combine advanced thermal lamination with strict quality control to deliver factory-direct solutions for global industrial procurement.
Wholesale & OEM Customization: Bulk supply options covering custom roll widths, pleat depths, and specialized synthetic media formulations.
Strict Quality Compliance: Certified production line ensuring every wire reinforced filter roll meets rigorous international efficiency and durability standards.
Global Export Logistics: Streamlined international shipping, direct container loading, and complete export documentation for engineering firms, distributors, and OEMs.
Q1: How does the wire-backing enhance the service life of the filter media?
A: The heavy-duty wire-backing provides structural rigidity that prevents the media from sagging, collapsing, or deforming under intense static pressure. By maintaining uniform pleat spacing and precise geometry during continuous heavy airflow, it maximizes dust holding capacity (up to 300g/m²) and significantly extends filter replacement cycles.
Q2: Why is wire-backed pleated media more energy-efficient than standard flat filter media?
A: Our precision deep-pleating technology expands the effective filtration surface area by 500% compared to traditional flat media. This drastically reduces initial airflow resistance across the filter bed, allowing air handling units (AHUs) to operate smoothly while lowering total electricity consumption on blower motors.
Q3: Can this filter media perform reliably in high-humidity or harsh industrial environments?
A: Yes. Formulated with high-strength synthetic fibers and a corrosion-resistant metallic mesh grid, our media delivers 100% relative humidity (RH) moisture resistance and thermal stability up to 80°C. It will not absorb moisture or lose structural integrity, making it ideal for air compressor intakes, coastal facilities, and humid industrial processing plants.
Q4: Do you offer custom dimensions, pleat depths, and framing options for OEM equipment?
A: Absolutely. As a direct manufacturer, we provide tailored OEM/ODM solutions including custom roll widths, specialized thickness options, specific pleat counts, and pre-cut dimensions. We also supply customized frames made of heavy-duty cardboard, aluminum, or galvanized steel to fit non-standard HVAC units.
Q5: What technical documentation and certifications do you supply for global procurement?
A: All our G2–G4 synthetic filter media products are manufactured in compliance with strict EN 779 standards. We provide complete technical datasheets (TDS), initial pressure drop curves, and standardized test reports (supporting final resistance testing up to 400 Pa) to ensure seamless compliance for global distributors, engineering firms, and industrial procurement audits.
