Nonflammable Balustrade Safety Netting Stainless Steel Decorative Effect Vivid

7*7 Rope Construction Stainless Steel Balustrade Mesh In The Buildings

Description of Goods

Stainless steel rope mesh (bridge mesh) (bridge wire rope mesh) (bridge protection mesh) (bridge guardrail) is made of stainless steel rope twisted up and down and extruded with a steel sleeve. The diameter of the wire rope is 1.2, 1.5, 2.0, 3.0, 3.2mm. The steel wire rope structure has 7 * 7, 7 * 19, 1 * 19, etc., and the material is 304, 316, 316L. Secondly, we can also provide hot-dip galvanized wire rope net products. The material of the steel sleeve is mainly stainless steel sleeve, and there are aluminum sleeve, copper sleeve and copper tinned sleeve for customers' choice.

As a new material for decoration, this kind of mesh is constructed with solid rods and cables; normally the material is stainless steel wire.

By rods, the mesh can achieve stability while the cables give flexibility to the mesh. Hightop Metal Mesh has a full line of woven wire mesh products suited for design and architectural applications.

Woven Wire mesh is ideally suited for architectural applications, providing decorative enhancements and functionality. Using architectural wire mesh for your project allows you to enhance your project cost-effectively.

Specification

Advantages

1. The raw materials are high-quality stainless steel 304, 304L, 316, 316L wire rope and stainless steel buckle.
2. Close to nature and green.
3. Never rust, fatigue resistance, high impact and breaking resistance, the overall structure is sturdy and durable, the perspective is good, the appearance is luxurious, the form is novel, and it is a big landscape in itself.
4. Light weight, high strength, good flexibility, fatigue resistance, impact resistance, large breaking force, strong and durable overall structure, service life is more than 30 years.
5. There are no restrictions on design. Designers can design various graphics and structures at will.
6. Easy installation, can be used on any structure.

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