Introducing The Interior Cladding Wire Mesh METART-WW32D

The METART-WW32D is an elegant architectural wire mesh designed for commercial interior cladding.

Made from 1.4mm straightened stainless steel wire rods, it features decorative crimped wires that create a unique ornamental appearance on both sides.

Originally 1.85mm wire diameter, the decorative wires are crimped to produce double-sided architectural features, adding a sophisticated touch to any interior space. 

This metal fabric is tightly woven without any openings, making this architectural metal wire mesh as solid as solid metal sheets, the flat surface on both sides makes it ideal for any commercial wall cladding.

Breakdowns of the Structure of Architectural Wire Mesh WW32D

Weaving Type: Palin Dutch Weave.

Weft Wire - 1.85MM before being crimped and milled, decorative Side A.

2.5x8.3MM decorative star surface.

Weft Wires - 1.85MM before Crimping and Milling.  decorative Side B,

2.7x4.5mm decorative oval surface.

1.4mm straightened stainless steel wire rods.

Side view of this wire mesh

Specification Overview

Double-Faced Architectural Features

This architectural metal mesh has a different ornamental appearance on both sides. Both sides can be applied for decoration purposes.

Please refer to the following pictures.

Although this architectural woven wire pattern has no openings, it remains ventilative.

In the following picture, you can see from a 45-degree angle that natural openings are created by the ups and downs of the crimped wires.

This is what sets this architectural metal mesh apart from other solid decorative metal plates.

Extensive Applications

This designer metal mesh panel is suitable for a wide range of commercial cladding projects, including the following.
 

► Elevator cabin Interiors & lobby wall cladding

► Hotel wall cladding where the fancy metal mesh is needed.

► Commercial interior partition or space divider infill panels where great privacy is required.

► Railing infill metal mesh panels that require extremely high privacy