A sintered stainless steel filter disc provides a mechanically stable, permeable barrier that captures particles while allowing gas to pass through the porous structure.
Controlled sintered-metal media supports repeatable gas flow and particle retention when properly specified.
Resists deformation better than many soft disposable media under compatible operating conditions.
Selected grades can be cleaned and reused, subject to contamination type, cleaning method, and validation.
Helps reduce particulate ingress into downstream regulators, valves, and analytical equipment.
Disc diameter, thickness, alloy, and mounting design can be evaluated for OEM assemblies.
Material, pressure drop, temperature, and filtration rating can be matched to your process requirements.
Use the following information as a starting point for engineering discussions. Final dimensions, material grade, and performance must be confirmed in the quotation or approved drawing.
| Product Type | Sintered porous metal filter disc |
|---|---|
| Filtration Grade | 20 μm (rating basis and tolerance to be confirmed) |
| Material | Stainless steel; 316L available subject to specification confirmation |
| Disc Diameter | Customizable to drawing or housing dimensions |
| Disc Thickness | Customizable; selected based on strength and flow requirements |
| Operating Media | Compatible process gases; confirm gas composition and contamination |
| Operating Temperature | Application-dependent; verify alloy, seals, and housing limits |
| Pressure Differential | Determined by disc geometry, support design, and test conditions |
| Mounting Options | Press-fit, retained, welded, or integrated into a custom assembly, as applicable |
| Customization | Diameter, thickness, pore grade, alloy, and assembly configuration |
* “20 μm” does not, by itself, establish absolute particle retention efficiency, gas purity level, or a validated micron cut-off. Request test data if your application has a specified removal efficiency or critical purity requirement.
Suitable for evaluation in gas lines and analytical systems where particulate protection, metal construction, and serviceability are important.
Particulate prefiltration upstream of sampling valves, regulators, and measurement instruments.
Protective filtration in compatible analyzer sample-conditioning assemblies.
Point-of-use particulate filtration for process-gas handling and pneumatic equipment.
Gas/solid separation in appropriately engineered process filtration equipment.
Replaceable porous elements in custom laboratory gas-flow and filtration fixtures.
Integrated porous discs for custom fittings, filter cartridges, and instrument subassemblies.
For ultra-high-purity semiconductor gases or other critical purity applications, filtration performance and material cleanliness must be validated separately; a nominal 20 μm disc should not be presented as a nanometer-scale purifier.
Process gas enters a compatible filter housing and passes through the sintered metal disc. Particles larger than the effective retention characteristics of the selected media are captured, while filtered gas continues downstream.
HENGKO supports custom porous metal components for manufacturers of gas analysis instruments, sampling systems, and industrial filtration equipment.
Specify outside diameter, thickness, tolerances, and edge design.
Discuss pore grade, stainless steel alloy, and target flow performance.
Share your housing drawing, installation method, and sealing requirements.
For a faster quotation, please provide: quantity, technical drawing or dimensions, gas type, operating pressure/temperature, target flow rate, and required filtration performance.
Identify particle size distribution, desired removal efficiency, and whether the micron rating is nominal or absolute.
Provide gas composition, flow rate, pressure, temperature, and corrosion considerations.
Confirm diameter, thickness, sealing, support, and available installation space.
It identifies the specified filtration or pore grade. Actual particle capture depends on the manufacturer's rating method, media structure, and operating conditions. Ask for a validated efficiency curve if a precise cut-off is required.
Many sintered stainless steel elements are reusable after suitable cleaning. The method depends on the contaminants and material; critical applications may require post-cleaning inspection and performance testing.
Yes. Submit your drawing or target dimensions and tolerances for a manufacturability review and quotation.
It may be suitable for particulate protection in gas sampling and analyzer systems. Confirm the required gas compatibility, pressure drop, cleanliness, and analytical performance before selection.
No. A standard 20 μm particulate filter disc is not a desiccant or molecular purifier. Moisture and molecular contaminants require appropriately designed treatment media or technologies.
Share your drawing or filtration requirements. Our team can discuss material options, sizing, and manufacturing feasibility.
Explore alternative porous plate configurations.
Compare a different type of metal filtration media.
Discover additional sintered metal media options.