Phosphor bronze woven mesh is a type of wire mesh created by interweaving alloy wires composed of copper, tin (ranging from 0.5% to 11%), and phosphorus (0.01% to 0.35%). The addition of tin enhances the mesh's corrosion resistance and strength, while phosphorus boosts its wear resistance and rigidity. Additional elements can be incorporated to give the phosphor bronze woven mesh unique characteristics tailored to specific applications.

Phosphor bronze woven mesh is non-magnetic, highly resistant to wear, acids, and alkalis, and exhibits excellent ductility. It is commonly utilized in industries such as filtration, screening, and decoration due to its durable and versatile nature.

As a seasoned manufacturer of phosphor bronze mesh, we are committed to providing tailored solutions to meet your unique requirements. We offer customizations in various aspects such as wire diameter, mesh size, weaving techniques, filtration properties, mesh count, and width. Additionally, we can deliver the mesh in rolls or cut it to any desired shape and size, ensuring flexibility and convenience for your specific project needs.

Dashang Wire Mesh is a professional manufacturer of phosphor bronze mesh. It selects high-quality phosphor bronze wires. With advanced production equipment and a professional technical team, the screening of raw materials and the inspection of finished products are all strictly controlled to ensure the provision of the best quality phosphor bronze woven mesh.

The weaving methods of phosphor bronze filter mesh include plain and twill, which makes its structure strong, not easy to deform, and suitable for long-term use in various environments.

Dashang Phosphor bronze woven mesh has a wide range of specifications, from 8 mesh to 400 mesh, and different specifications are suitable for different industrial applications. For example, phosphor bronze mesh with coarser wire diameter and large aperture is often used to screen particles or porcelain clay, while finer mesh is suitable for more delicate filtering processes, such as the filtration of chemicals.

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