Plain Weave Etched Metal Filter Screen Mesh Stainless Steel Mesh Filter Discs
Chemicaly Etched Mesh Filter Disc Introduction:
The chemical etching process is a burr-free and stress-free manufacturing process.
Chemical etching also provides consistent hole opens throughout the part. Compared to using a mesh (woven) screen, our process provides a flat pattern where particles are less likely to become trapped in the weaving.
Photo chemical etching is so precise it can be used in applications where the slightest mistake can have devastating consequences. This is no truer than in the medical industry. Chemical etching can be used to create small chemical etched screens for filters and components for medical implants and instruments. Defects in any of these can lead to malfunctions in testing equipment, malfunctions in implanted devices such as pacemakers, and potential harm to patients.
Metal screens, grids, filters, meshes, micro filters, grilles, and other components are small and often go unseen, but their
quality has a profound impact on how complex equipment works. Just a small defect in a lighting diffuser can reduce light quality.
A defective filter can cause issues with liquid and gas transfer in an industrial system.
Application:
* Electronic equipment: RFI filters, particle filters, PCB shielding, speaker grilles, and water filtration equipment.
* Medical equipment: Filters, sensors, monitoring devices, surgical needle threaders, and medical implants.
* Military and aerospace: Fuel and hydraulic system filters, cabin air quality systems, and noise reduction components.
Chemicaly Etched Mesh Filter Disc Specification
Materials: Stainless Steel and Various Alloy Steel
Etching area: 500 mm x 600 mm,
Thickness: 0.02 mm to 0.5mm
Chemicaly Etched Mesh Filter Disc Details Pictures:


Chemicaly Etched Mesh Filter Disc in Stainless steel Plate:

