Leading the future of metal mesh manufacturing with unmatched structural stability and filtration efficiency.
Our intercrimp woven wire solutions combine advanced metallurgical science with precision weaving. We ensure that every mesh provides maximum stability and accuracy for high-demand industrial environments.
The intercrimp method locks wires in place, preventing shifting and ensuring precise aperture sizes under pressure.
From 316L Stainless to Inconel and Hastelloy, we provide materials tailored for extreme corrosion and heat.
Optimized open-area ratios ensure that filtration efficiency is balanced with maximum flow capacity.
Our intercrimp woven wire technology eliminates the risk of aperture deformation during high-pressure operation.
We source high-purity alloys to ensure that chemical resistance meets the most stringent pharmaceutical and aerospace standards.
Accelerate your R&D cycle with our rapid sample delivery, allowing for immediate testing of filtration metrics.
| Alloy Type | Wire Dia (mm) | Mesh Count | Aperture (μm) | Max Temp (°C) | Corrosion Rate |
|---|---|---|---|---|---|
| SS 304 | 0.20mm | 100 Mesh | 150μm | 800°C | Low |
| SS 316L | 0.15mm | 200 Mesh | 75μm | 850°C | Very Low |
| Monel 400 | 0.30mm | 50 Mesh | 300μm | 700°C | Ultra Low |
| Inconel 625 | 0.10mm | 400 Mesh | 37μm | 1100°C | Negligible |
| Hastelloy C276 | 0.25mm | 80 Mesh | 180μm | 1000°C | Ultra Low |
| Titanium Gr2 | 0.18mm | 150 Mesh | 100μm | 400°C | Immune |
| Duplex 2205 | 0.40mm | 30 Mesh | 600μm | 800°C | Very Low |
| Nickel 200 | 0.12mm | 300 Mesh | 45μm | 600°C | Low |
Installed Hastelloy intercrimp meshes to handle high-sulfur crude filtration, reducing replacement frequency by 40%.
Deployed 316L micro-mesh for sterile pharmaceutical fluid separation, achieving zero-contamination standards.
High-strength Inconel woven wire used in jet engine intake screens to block debris at supersonic speeds.
Duplex 2205 intercrimp screens used in abrasive mineral sorting, extending life by 2.5x over standard mesh.
Titanium grade 2 intercrimp woven wire provided for acidic waste management, ensuring zero corrosion.
Custom SS 304 woven wire for municipal wastewater intake screens, reducing clogging and downtime.
High-temperature intercrimp mesh used as a support structure for chemical catalysts in reactor vessels.
Precision woven wire for removing particulates from high-viscosity industrial fluids and oils.
Used in industrial HVAC and engine ventilation to block debris while maintaining airflow.
Serving as the base substrate for sintered metal powder filters in high-pressure environments.
Corrosion-resistant nickel meshes used as electrode separators in electrochemical processes.
FDA-compliant SS 316L mesh for food and beverage sorting and filtration systems.
Our manufacturing process adheres to international quality management standards for consistency and reliability.
Every batch comes with a Mill Test Report (MTR) verifying the alloy composition and mechanical properties.
We use digital micrometers and optical scanners to ensure aperture tolerances are within ±2%.
It is a specialized weaving technique where wires are crimped to lock each other in place, creating a rigid structure that prevents aperture shifting under stress.
For high acidity or saltwater, we recommend Hastelloy C276 or Titanium Grade 2 for superior chemical stability.
Yes, we can customize wire diameter and mesh count to achieve precise micron-level aperture specifications.
Our standard sample lead time is 7 days, depending on the complexity of the alloy and weaving pattern.
Yes, every shipment includes comprehensive material certifications and dimensional inspection reports.
Intercrimp offers significantly higher mechanical stability and resistance to wire shifting, making it ideal for high-pressure industrial filters.
Experience the pinnacle of metal mesh precision. Partner with us for durable, high-performance filtration solutions tailored to your industrial needs.
