Our premium Gas-Liquid Filter Mesh is engineered for high-performance separation and filtration in the most demanding industrial environments. Utilizing advanced materials science, these meshes provide superior resistance to corrosion and extreme temperatures, ensuring precise aerosol capture and moisture elimination in critical gas processing streams.
Designed for versatility and reliability, our filter mesh solutions range from ultra-fine electroformed geometries to heavy-duty sintered structures. Whether deployed in offshore LNG processing, chemical synthesis, or hydrogen purification, our products optimize flow dynamics and protect downstream equipment from liquid carry-over and contamination.
| Material Options | SS316L, Monel 400, Hastelloy C-22, Titanium Gr 7/12, PTFE/PP | Pore Precision | 0.1 µm to 500 µm (Depending on fabrication) |
|---|---|---|---|
| Corrosion Resistance | PREN ≥35 (SS316L); ASTM G48 Tested (Nickel Alloys) | Thermal Stability | Up to 600°C+ (Sintered structures) |
| Pressure Rating | Up to 100 bar (Hybrid laminate structures) | Capture Efficiency | 95%+ Aerosol capture (ISO 2942 compliant) |
| Fabrication Accuracy | ±10 µm slot accuracy via Laser Cutting | Cycle Durability | 10,000+ cycles at 50 bar (ASME BPVC) |
| Certifications | ATEX/IECEx, FDA 21 CFR 177 | Surface Treatment | Hydrophobic (Fluoropolymer) / Oleophobic (Silicone) |
Utilizing Monel and Hastelloy alloys to prevent chloride-induced stress corrosion in marine and sour gas environments.
High-temperature sintering and rigid support layers ensure structural integrity under severe pressure cycling.
Electroforming technology allows for 3D mesh geometries with pores as small as 10 µm for pharmaceutical purity.
Graded porosity (coarse to fine) reduces pressure drop while maximizing three-phase separation efficiency.
Specialized PTFE coatings repel water and acid mists, preventing clogging in compressed air systems.
Every batch undergoes Bubble Point Testing (ASTM F316) to ensure zero-defect pore integrity.
Strict procurement of aerospace-grade nickel and titanium alloys for maximum purity.
Integration of laser cutting and electroforming for micron-level geometry control.
Comprehensive bubble point and pressure cycling tests per ASME standards.
Full traceability for ATEX, IECEx, and FDA certifications in sensitive sectors.
Specialized packaging to prevent deformation of fine mesh structures during transit.
Dedicated engineering team for custom pore sizing and material selection guidance.
| Performance Metric | Standard Mesh | Our High-End Mesh | Economic Impact |
|---|---|---|---|
| Service Interval | 6-12 Months | 24-48 Months | Reduced Downtime |
| Separation Rate | 85% - 90% | 95% - 99.9% | Higher Purity |
| Pressure Drop | High (Clogging) | Low (Graded) | Energy Savings |
| Corrosion Rate | Moderate | Ultra-Low | Lower CAPEX |
| Compliance | Basic | ATEX/FDA/ASME | Risk Mitigation |
Stainless Steel 316L (PREN ≥35) or Monel 400 are recommended due to their exceptional resistance to H2S and chloride-induced stress corrosion common in marine environments.
We use Bubble Point Testing according to ASTM F316, which measures the minimum pressure required to force liquid out of the largest pore, ensuring precise filtration thresholds.
Yes, our high-temperature sintered mesh options are specifically designed to withstand 600°C and above, making them ideal for flue gas scrubbers and geothermal steam separators.
Graded porosity (coarse → medium → fine) allows for progressive capture of droplets, which prevents the surface from clogging rapidly and significantly reduces the overall pressure drop.
Yes, we offer materials that are FDA 21 CFR 177 compliant, specifically processed to meet the hygiene and purity requirements of pharmaceutical vent filters.
Fluoropolymer hydrophobic coatings repel water molecules, preventing the mesh from becoming saturated and allowing for more efficient air/gas flow in compressed air dryers.
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