stainless steel green facade factory

BMP is a stainless steel green facade factory; stainless steel green facade wire cable mesh is the most resistant to impact and fracture strength, the most resistant to rain, snow, hurricanes and pollution; mesh is a diamond, beautiful and straightforward, with good perspective, so more and more people have begun choosing it to provide decoration and protection. Stainless steel ferrule cable balustrade mesh is a uniquely versatile product, and its use is multifunctional and durable. Made from stainless steel wire rope, this tensile mesh laced to a support structure to provide railings and balustrade systems through to fall protection, and it can be produced in wire diameters 1-4mm and aperture openings of 20mm-300mm and can be assembled into any size or shape.

As a stainless steel green facade factory, Our Stainless Steel Wire rope plan trellis mesh netting is manufactured from high-grade stainless steel cables of material class 1.4401, AISI316 / AISI316L; Our rope wire mesh netting from ferruled wire rope mesh knotted wire rope mesh to various installation accessories. Also, we can provide black oxide wire rope mesh. The stainless steel green facade by the BMP Cable mesh is factory-made from stainless steel wires and has skin-like characteristics. It can form a plain surface and be tensioned into three-dimensional forms featuring funnel-like, cylindrical or spherical.

1. Stainless steel wire is selected for its wear-resisting, heat-resisting, acid-resisting and corrosion resisting characteristics. Many different grades of stainless are used in wire cloth. T304 is the most common, but others are used in specific applications to take advantage of each grade’s unique properties. The wire mesh made of stainless steel is extensively used in mining, chemical industry, food industry and pharmaceutical industry.
2. Wire Materials: SUS302, 304, 316, 304L, 316L.
3. Characteristics: Square aperture, less rigid than plain weave, especially suitable for deforming, strong wire cloth due to ratio of wire diameter and aperture