2mm Stainless Steel Wire Rope Mesh with 40mm Mesh Size and Customizable Design for Safety Fencing

Wire rope ferrule mesh, also known as cable ferrule mesh or stainless steel ferrule rope mesh, is made of 304, 304L, 316 or 316L stainless steel materials. It combines both flexibility and stability with a high strength-to-weight ratio, fully reflecting the super-toughness and plasticity of austenitic stainless steel.

As a new product in architectural decoration and protection, wire rope ferrule mesh adds a fashionable element to modern architectural decoration and is increasingly favored by designers and clients worldwide.

Closed-type buckle: The mesh has multiple steel wire ropes combined together, and the closed buckle is relatively stronger, but there are multiple joints at one end of the closure.

Open-type buckle: The whole mesh can be made with a single steel wire rope, which is convenient for installation and has a beautiful overall effect.

Our safety protection solutions are suitable for various types of footbridges, highway bridges, or suspension bridges to prevent people or objects from falling. We can also provide personalized design solutions, such as adding glitter or LED modules to make your project design more unique.

We use high-strength materials to ensure these safety protection facilities have excellent durability and tensile strength.

• Easy assembly and durability: Wire ropes are securely fixed with ferrules for simple assembly. Stainless steel material offers high load-bearing capacity with relatively low weight and high tensile strength.
• Flexible structure: Can be easily bent and folded without compromising strength or safety. Can be rolled into small packages for convenient transportation.
• Excellent corrosion resistance: Made of 304, 304L, 316, and 316L materials with exceptional weather resistance, ideal for outdoor applications.
• Customizable design: Each mesh can be designed according to specific project requirements with customizable rope diameter, opening size, and mesh aperture.