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Stainless Steel Dutch Weave Mesh is a high-precision industrial filtration medium engineered for extreme durability and accurate particle separation. By utilizing a specialized weaving technique that combines coarse warp wires with densely packed fine weft wires, this mesh creates a compact, stable structure capable of micron-level filtration. It is the ideal solution for industries requiring high-pressure resistance and superior corrosion protection in demanding environments.
Designed for versatility across the petroleum, chemical, and pharmaceutical sectors, our Dutch weave mesh is available in Plain, Twill, and Reverse patterns to meet specific flow and pressure requirements. Whether you need ultra-fine micro-filtration for polymer melts or robust screening for sewage treatment, our precision-manufactured stainless steel mesh ensures consistent performance, reduced clogging, and an extended operational lifespan.
| Material Grades | SS302, SS304, SS316, SS316L | Mesh Count Range | 24x110 mesh to 400x2800 mesh |
|---|---|---|---|
| Wire Diameter | 0.015mm × 0.14mm to 0.20mm × 0.55mm | Thickness Range | 0.10mm (Min) to 1.20mm (Max) |
| Filtration Accuracy | 1 micron to 400 microns | Weave Types | Plain Dutch, Twill Dutch, Reverse Dutch |
| Surface Finish | Smooth, Anti-clogging, Heat-set | Structural Feature | High differential pressure resistance |
| Available Forms | Rolls, Sheets, Strips, Filter Discs | Temperature Limit | High-temperature stable performance |
Utilizing SS316L and SS304 ensures long-term stability against chemicals, seawater, and oxidation.
Robust construction and heat-setting treatment prevent distortion and wear in industrial environments.
Dense weft wires provide uniform pore sizes for accurate micro-filtration and particle separation.
Twill and Reverse Dutch patterns offer exceptional mechanical strength under high differential pressure.
The smooth, uniform surface reduces blockage and maintains a stable flow rate during operation.
Tailored wire diameters and mesh counts to fit specific aerospace or metallurgical needs.
Strict monitoring of rod drawing to ensure uniform wire diameters and structural accuracy.
Advanced looms interlace warp and weft wires to maintain precise micron-level pore sizes.
Heat setting processes to improve flatness and prevent distortion during high-pressure use.
Deep cleaning to remove oils and residues, ensuring a contaminant-free filtration surface.
Rigorous testing of tensile strength, micron ratings, and flatness before final packaging.
Moisture-proof wrapping and reinforced cores to prevent deformation during global transit.
| Feature | Standard Wire Mesh | Dutch Weave Mesh | Business Impact |
|---|---|---|---|
| Filtration Precision | Coarse / Variable | Micron-Level / Stable | Higher Product Purity |
| Pressure Resistance | Low to Medium | Extremely High | Reduced Downtime |
| Clogging Rate | High (Frequent) | Low (Anti-clogging) | Lower Maintenance Cost |
| Corrosion Life | Standard | Extended (SS316L) | Lower Replacement Rate |
| Flow Efficiency | Unstable | Optimized & Consistent | Increased Throughput |
Our filtration ratings typically range from 1 to 400 microns, depending on the specific weave and mesh count selected for your application.
Using different wire diameters allows for a tighter, more compact structure, which significantly improves filtration accuracy and increases the mesh's resistance to pressure.
We can supply the mesh in various formats, including full rolls, customized sheets, precision strips, or pre-cut filter discs tailored to your equipment.
Generally, no. Because the weft wires are so densely packed, the openings are extremely small and typically invisible without magnification.
SS316 and SS316L are highly recommended for chemical processing as they provide superior resistance to chlorides and corrosive chemical agents.
Plain Dutch Weave offers a stable, compact structure for medium-pressure filtration, while Twill Dutch Weave provides higher mechanical strength and better resistance to high differential pressure.
