At Porous Metal Filters, we offer custom-designed laminate to meet your specific application needs. Our experience in the field of sintered metal filter media and process knowledge gives us the bleeding edge in being a solutions provider. We manufacture lay-ups ranging from 2–1500 layers of stainless wire mesh and other porous metal materials that are available in a wide selection of alloys. This makes Porous Metal Filters a leading source for custom sintered laminate.

Applications:
  • Oil and Gas
  • Pharmaceutical
  • Aerospace
  • Polymer
  • Chemical Process
  • Food & Beverage
  • Waste Water Treatment
  • Automotive
Common Stock Laminate:

Standard 2, 3, and 4 layer SinterPore® laminates are typically used in the Oil and Gas industry.

Features and Benefits:
  • Heat and wear resistance
  • Cleanability and reusability
  • Fixed pore geometry
  • Robust non-compressible media
Specifications:
  • Standard Sheet Sizes: 18”x48”, 24”x48”. Custom sizes available upon request. Maximum laminate size without welding is 24”x60” (larger sheets available with welds, maximum panel width with welds 120”).
  • Standard Alloys: 304, 304L, 316, 316L, Alloy20 (also available in Inconel 600 and 625, Monel, and Hastalloy upon request)

Porous Metal Filter SinterPore®

Metal Mesh and Premium Sand Control Screens Specification Summary

Porous Metal Filter SinterPore® Metal Mesh and Premium Sand Control Screens Specification Summary

POROUS METAL FILTER SINTERPORE®

METAL MESH AND PREMIUM SAND CONTROL SCREENS SPECIFICATION SUMMARY
PMF PART NUMBER NOMINAL MICRON RATING NUMBER OF LAYERS THICKNESS (INCHES) MAX. PORE SIZE (MICRONS) NOMINAL AIR PERMEABILITY MINIMUM POROSITY MINIMUM TENSILE STRENGTH
F-PMF 316L-60-SS3 60 3 0.072 82 410 58% 550/650
F-PMF 316L-125-SS3 125 3 0.074 164 500 56% 514/789
F-PMF 316L-175-SS4 175 4 0.074 210 750 58% 749/854
F-PMF 316L-175-SS2 175 2 0.060 233 550 54% 550/650
F-PMF 316L-250-SS4 250 4 0.074 286 850 58% 681/764
F-PMF 316L-250-SS2 250 2 0.075 300 525 52% 681/764
F-PMF 316L-400-SS4 400 4 0.072 440 850 57% 681/764