Metal Dutch Weave Wire Mesh is a high-precision industrial filtration solution engineered for the most demanding separation applications. Unlike standard square mesh, it utilizes a specialized weaving technique where warp and weft wires have different diameters, creating a dense, tightly packed structure. This innovative design allows for micron-level particle retention, reaching up to 1600 mesh, ensuring superior filtration accuracy and mechanical stability for critical industrial processes.
Manufactured by Anping County Jinzehong Wire Mesh Products Co., Ltd. since 2000, our Dutch weave mesh is crafted from premium materials including SUS304, 316L, and pure nickel. These materials guarantee exceptional performance in extreme environments, offering high resistance to acids, alkalis, and temperatures up to 850°C. Whether for petrochemical refining, pharmaceutical sterilization, or aerospace fuel filtration, our products provide a reliable barrier that extends equipment life and optimizes flow efficiency.
| Material Options | SUS304, SUS316L, Pure Nickel, Special Alloys | Max Mesh Count | Up to 1600 Mesh |
|---|---|---|---|
| Filtration Accuracy | Pore size error ≤±3μm (down to 3 microns) | Temperature Limit | Stable performance up to ≤850℃ |
| pH Adaptability | Acid and alkali resistance (pH 1-14) | Opening Rate | Precisely controlled from 20% to 70% |
| Plain Dutch Range | 40-300 Mesh / 0.550.42-0.110.039mm | Twill Dutch Range | 80-1600 Mesh / 0.280.2-0.030.018mm |
| Standard Width | 1.0m to 1.6m (Custom sizes available) | Tensile Strength | Increased by 50% over standard mesh |
Anti-oxidation materials and wear-resistant structures increase service life by over 30% compared to standard wire mesh.
Achieves micron-level particle retention with a tolerance of ≤±3μm, far exceeding the limits of square mesh.
Precise control of opening rates (20%-70%) ensures minimal flow loss and optimized throughput in filtration systems.
Fully operational in harsh pH environments (1-14), making it ideal for pickling tanks and chemical reactors.
Support for bespoke mesh counts (e.g., 12×64 to 500×3200) and specialized alloy combinations.
Compliant with pharmaceutical GMP certifications and industrial high-purity electronic chemical requirements.
Rigorous inspection of raw SUS304/316L wire to ensure consistency in chemical composition.
Advanced weaving equipment ensuring stable pore size and seamless surface finish.
Strict final testing on filtration accuracy and tensile strength before delivery.
Technical support from drawing analysis to sample production for unique alloy needs.
Wooden box + bubble film with corner protection for secure global sea/air transit.
Flexible trade terms including DDP and FOB for efficient international delivery.
| Performance Metric | Standard Square Mesh | Dutch Weave Mesh |
|---|---|---|
| Filtration Accuracy | Coarse/Standard | Micron-level (≤3μm) |
| Service Life | Baseline | 30% - 50% Longer |
| Pressure Resistance | Moderate | High Structural Stability |
| Maintenance Cycle | Frequent Replacement | Reduced Frequency |
| Operational Cost | Higher long-term cost | Lower TCO via durability |
Dutch weave uses wires of different diameters for warp and weft, creating a denser structure that allows for much finer filtration (up to 1600 mesh) and higher mechanical strength compared to the uniform wires used in plain weave.
For high-temperature and corrosive environments, we recommend SUS316L or pure nickel wire, as they provide superior acid/alkali resistance (pH 1-14) and can withstand temperatures up to 850°C.
Yes, we provide comprehensive customization services. We can produce specific combinations from 12×64 up to 500×3200 mesh based on your technical drawings or filtration requirements.
It is widely used in petrochemical fuel filters, vacuum pump elements, pharmaceutical liquid sterilization (GMP), aerospace fuel filtration, and high-purity electronic chemical purification.
The minimum order for rolls is typically 50 square meters. However, for sheets, we can cut them to your custom size based on your specific demand.
We utilize advanced weaving equipment and implement a strict quality inspection process, ensuring that the pore size error remains within ≤±3μm for high-precision models.
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