Flat Woven Stainless Steel Metal Mesh Decorative Screen For Architectural Woven Wire Mesh

Architectural Woven Wire Mesh Introduction:

Architectural Woven Wire Mesh for construction is composed of metal wires, metal bars or metal cables.

According to different weaving methods of the fabric, various patterns are formed by weaving metal strips horizontally and vertically. The materials used mainly include metal materials such as iron wire, steel wire, corrosion and high temperature resistant stainless steel materials (304, 310, 310S, 314, 316, 316L, 430, etc.).The finished product can be the original color of the metal, or after special treatments such as gold plating, titanium plating, antique distressing, etc., the product can present a variety of different colors with different textures, such as bronze, brass, copper, purple or other colors. It can be used for building facades, partitions, column surface decoration or interior decoration of exhibition halls, shops, etc. It has a wide range of applications. It is durable and has significant decorative effects. It is a combination of modern science and art.

Architectural Woven Wire Mesh Advantage:

Architectural Woven Wire Mesh for construction is composed of metal wires, metal bars or metal cables.

1. With the unique flexibility and gloss of metal lines, it is widely used in the facades of museums, exhibition halls, cultural centers, stadiums, opera houses, hotels, cafes, shopping plazas, villas, office buildings, etc. Partition, ceiling and interior and exterior decoration.
2. It has no rust, beautiful color, gorgeous color, beautiful appearance, sturdy and durable, and high quality, high-grade, simple and atmospheric style, good ventilation effect. It is a combination of modern science and art, and it is also in recent years. The most used decorative material for interior decoration, with the choice of different users
3. It is durable and has a remarkable decorative effect. It is a combination of modern science and art.

Architectural Woven Wire Mesh data sheet: