
| Control Item | Tolerance | How It Is Verified |
|---|---|---|
| Basis Weight | Controlled to specification | Production measurement |
| Air Permeability | Controlled to specification | Calibrated permeability testing |
| Thickness | Controlled to specification | Calibrated thickness measurement |
| Roll Consistency | Consistent throughout roll | Production monitoring |
| Material Quality | Consistent batch to batch | Quality inspection and records |
Needle-punched pleatable filter media is designed for dust collection cartridges, providing effective particle capture, stable airflow, and durable performance in industrial dust filtration systems.
Suitable for industrial environments where airborne dust and particulate matter must be controlled. The media supports reliable filtration performance in manufacturing, processing, and material-handling applications.
Pleatable filter media can be used in cement, aggregate, and mineral-processing operations to capture fine dust generated during crushing, grinding, conveying, and other production processes.
Designed for applications that generate fine airborne particles, including woodworking, powder handling, and other industrial processes. Its pleatable structure provides high filtration area while maintaining stable airflow performance.
| Property | Typical Value | Test Standard |
|---|---|---|
| Basis Weight | 250–600 g/m² | ISO 9073-1 |
| Thickness | 1.0–2.5 mm | ISO 9073-2 |
| Air Permeability @ 200 Pa | 100–300 L/m²/s | ISO 9237 |
| Tensile Strength MD / CD | Product-specific | ISO 9073-3 |
| Elongation MD / CD | Product-specific | ISO 9073-3 |
| Continuous Operating Temperature | ≤130°C | Internal Method |
| Short-Term Peak Temperature | Up to 150°C | Internal Method |
| Maximum Roll Width | 2,200 mm | — |
| Surface Finish | Standard / PTFE / Antistatic / FR | — |
| Color | White / Black / Customized | — |
FARRLEEY Filtration combines filter media expertise with practical filtration component manufacturing experience, helping us evaluate nylon filter mesh not only by mesh size and material properties, but also by filtration accuracy, flow performance, mechanical strength and converting requirements. This practical experience allows us to better support filter manufacturers and OEM partners with mesh selection, cutting, forming, assembly and customized filter component development.