Architectural Metal Mesh

Metal textile art mesh

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Laminated metal mesh

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Stainless steel rope mesh

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Metal coil drapery

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Architectural woven wire mesh

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Featured: metal coil drapery

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All architectural metal mesh products

Gecho weaves architectural metal mesh in stainless steel 304 and 316, aluminum, copper and brass at its factory in Anping County, Hebei, China. Panels and curtains are made to project dimensions, minimum order 10 m², lead time one week for stock specifications.

Facades and architectural mesh

Drapery, spiral weave and rope mesh

Projects where these products were specified are in the project gallery.

Choosing between the six families comes down to four questions: whether the mesh is fixed or has to move, how far it has to span, how much daylight has to come through, and what the surface will be exposed to.

Fixed or moving. A woven panel is tensioned into a frame or a carrier and stays where it is put. Metal coil drapery and spiral weave mesh hang from a track and can be drawn, stacked or made to follow a curve — the family to specify when the space has to change through the day.

Span and support. Wide openings with widely spaced fixings suit cable systems: stainless steel rope mesh carries load across a long span, while a woven panel needs framing at closer centres. Send the span and the substrate before the pattern is chosen.

Light and privacy. Open area — the share of the panel you can see through — decides how much daylight and view passes, and it is set by aperture, wire diameter and pitch together. Our guide to choosing a metal mesh curtain works through that relationship; the same arithmetic applies to a fixed facade panel.

Exposure and finish. Interior positions take mill, brushed, polished, PVD or powder-coated finishes. Coastal, pool and wash-down positions call for stainless 316, and where the mesh has to sit inside glass — a screen, a balustrade or a door — laminated glass metal mesh is the family to look at.

If the project is a fit-out with the opening already fixed, the applications section takes the same questions from the other end: by where the mesh is going rather than by what it is made of.