Etched Hexagonal Shielding Mesh — Photo-chemical machining to drawing (ISO 2768-f)
Etched Hexagonal Shielding Mesh for shielding electronics from EMI and protecting vents and windows with ultra-thin etched hexagonal mesh that keeps 80–90 % open area for airflow and visibility. 3 sizes listed, with technical drawing and quotation.
Etched Hexagonal Shielding Mesh (Photo-chemical machining to drawing (ISO 2768-f)) — Etched Filter Sheets & Screens
Technical Drawing
Customize the parameters below — every spec field is editable, and the drawing redraws to match the values you choose. Changing the size will snap the other fields to that size's standard values; you can then override any individual value.
Sends the selected values to the quote form below.
Request a Quotation for Etched Hexagonal Shielding Mesh
Tell us the specification (mesh count / micron / dimensions), material and quantity you need for Etched Hexagonal Shielding Mesh (Photo-chemical machining to drawing (ISO 2768-f)) and our team will respond within one business day. Click "Request this configuration" on the drawing above to send the parameters you just chose straight into this form.
Dimensions & Specifications (Photo-chemical machining to drawing (ISO 2768-f))
Every row below is a starting point for the customizer above — pick any specification row and the drawing will redraw to it.
Size
Hole diameter (mm)
Pitch (mm)
Thickness (mm)
Open area (%)
Material
Hex 0.5 / bar 0.05
0.50
0.55
0.05
83
Copper
Hex 1.0 / bar 0.08
1.00
1.08
0.08
86
Nickel silver
Hex 2.0 / bar 0.10
2.00
2.10
0.10
90
SS304
Etched Hexagonal Shielding Mesh (Photo-chemical machining to drawing (ISO 2768-f)) is used for shielding electronics from EMI and protecting vents and windows with ultra-thin etched hexagonal mesh that keeps 80–90 % open area for airflow and visibility.
Cell size & bar width: Smaller cells shield higher frequencies; thin bars keep open area high.
Material: Copper or nickel silver for conductivity; SS304 for strength.
Plating: Tin or nickel plating for solderability and corrosion protection.
Materials
Standard supply is copper, stainless steel 304; the material column in the table and the drawing options show the exact grade for each size. Other alloys and finishes can be quoted to your drawing.
Fitting & Care
Bond the mesh continuously to the frame with conductive gasket or solder.
Handle by the border; the thin bars crease easily.
Common Mistakes
Leaving unbonded edges that leak RF.
Choosing cells too large for the frequency.
When Etched Hexagonal Shielding Mesh Is Not the Right Choice
Etched Hexagonal Shielding Mesh is made to order as finished parts. Indicative pricing starts from about US$12.00 per piece for a standard size at production quantity; the final price depends on size, material, finish, tooling and order volume. Send your configuration from the drawing above for a quotation.
Etched Hexagonal Shielding Mesh — Photo-chemical machining to drawing (ISO 2768-f)
Shielding electronics from EMI and protecting vents and windows with ultra-thin etched hexagonal mesh that keeps 80–90 % open area for airflow and visibility.
Why etched hex shielding mesh?
It combines high open area with good shielding and very low weight.
Which material shields best?
Copper, often tin-plated.
How much open area?
Typically 80–90 %.
Which specifications of Etched Hexagonal Shielding Mesh does custommetalfilters.com supply?
The table on this page lists 3 standard specifications for Etched Hexagonal Shielding Mesh, from Hex 0.5 / bar 0.05 to Hex 2.0 / bar 0.10. Specifications outside the table — custom mesh counts, wire diameters, roll widths and fabricated pieces — can be quoted on request.
How do I request a quotation?
Use the parametric drawing on this page to set the exact configuration (specification, material, treatment) and click "Request this configuration" — a specialist from custommetalfilters.com will respond within one business day.
Related Mesh Products
Closely related constructions in Chemically Etched Filters & Mesh — compare aperture range, open area and cleanability.
This website uses only necessary and functional cookies to operate, secure, and improve basic website performance.
We do not use advertising cookies, Google Analytics, or cross-site tracking technologies.
Privacy Policy