Stable filtration precision
Stable filtration precision
Three-dimensional pore structure for fine-particle capture, clear filtrate and easy cake release.

Non-woven filter cloth uses a three-dimensional fiber network formed by needle punching, melt blowing or thermal bonding. Unlike a woven cloth with defined yarn openings, this depth-filter structure captures fine particles through the thickness of the medium and provides useful solids-holding capacity.
This construction is suited to sludge dewatering, mine tailings, chemical powders, pigments, electroplating residue and metallurgical slurry where fine-particle capture and dirt-holding capacity are priorities. The interconnected 3D pore structure supports clear filtrate while maintaining permeability, and the material can be adapted through fiber choice and functional treatment for different chemical conditions. Selection should consider solids loading, required filtrate clarity, cleaning method and cake behavior. Where a smooth surface and rapid, complete cake release are the primary goals, a monofilament woven cloth may be more appropriate than a depth-filter non-woven medium.
Stable filtration precision
Superior permeability and large dust capacity
Strong chemical resistance
Easy cake discharging
Customized functional modification
Cost-effective and eco-friendly
| Parameter | Non-woven Filter Cloth | Custom Range |
|---|---|---|
| Areal weight | 550 / 600 / 650 / 700 g/m² | Customizable on request |
| Air permeability | 260–360 / 240–340 / 220–320 / 200–300 mm/s | Customizable on request |
| Tensile strength (warp) | ≥1000 / ≥1000 / ≥1100 / ≥1100 N | Customizable on request |
| Tensile strength (weft) | ≥1200 / ≥1200 / ≥1300 / ≥1300 N | Customizable on request |
| Tensile elongation | Warp ≤30%; weft ≤50% | Customizable on request |




Contact our technical team for samples, quotations or custom specifications.