METART-ARCHITECTURAL MESH FOR BUILDING AND DECORATIONS

This is a super rigid antique copper finish architectural woven wire mesh pattern that is made of flat wire strips and straight wire rods. The crimping way of the wire strips gives a different appearance to each side of the screen. One side is a flat surface, but the other side is relatively different as you can see from the photos. The woven wire pattern doesn't have any opening, it is as solid as a piece of thick steel. With full privacy, this decorative metal screen can be used for different areas including balustrading infill panels, wall cladding metal screens, outdoor furniture, life cabin wall cladding metal screen, and space partition screen infills. Both sides can be used as decoration surfaces according to different architectural requirements. Specifications: Material: Stainless Steel 304 grade Wire strip: 3x1.2mm Diameter of the straight rod: 1.5mm Overall thickness: 3.6mm Weight: approx 10.7kg/Square meter. Finish: Antique copper finish. For more details and more patter

 METART-WW01C is a typical architectural woven wire pattern that is made horizontally of stainless steel wire strips and vertically of real copper wires. This decorative mesh pattern is designed for interior decoration purposes. Copper wire has an original beautiful color, but it is a very expensive material. Thus, this woven wire mesh is normally used for high-end decorations such as hotel lobby space divider screens, commercial building partition screen mesh, wall cladding mesh, etc. For detailed specifications, please refer to the following website link. METART-WW01C-Art Center Wall Cladding Metal Screen_METART BUILDING TECH CO., LTD (architecturalwovenwire.com)

This woven wire pattern is a hybrid woven wire mesh. It can be used as wall cladding mesh, partition screen mesh, cabinet door insert mesh, and many other decoration purposes. For the detailed specifications, please refer to our website. METART-WW01B-Hotel Wall Cladding Mesh_METART BUILDING TECH CO., LTD (architecturalwovenwire.com)