Brass, Copper & Phosphor Bronze Wire Mesh: Premium Filtration & Shielding Solutions Our high-quality woven wire mesh is manufactured from premium brass wire, phosphor bronze wire, and pure copper wire. Renowned for their excellent conductivity, corrosion resistance, and non-magnetic properties, these meshes are widely utilized for separation and sifting applications, including processing pellets, grains, porcelain earth, and glass, as well as in chinaware printing and liquid filtration.
Product Specifications:
Brass Wire Mesh: Available in 6 mesh/inch to 160 mesh/inch.
Copper Wire Cloth: Available in 10 mesh/inch to 60 mesh/inch.
Phosphor Bronze Wire Cloth: Available in 120 mesh/inch to 360 mesh/inch.
Standard Widths: 0.914m, 1m, and 1.5m.
Roll Length: 30m per roll.
Weaving Methods: Plain weave, twill weave, or Dutch weave.
Versatile Applications & Infrastructure Integration:
While primarily designed for precision industrial filtration and screening, the unique acoustic and structural properties of these copper-alloy meshes make them highly adaptable for specialized infrastructure projects. For instance, fine-weave phosphor bronze and copper meshes are frequently integrated into
Sound barriers along highways and railways. Their dense woven structure allows for excellent airflow while effectively blocking and absorbing high-frequency noise, creating a quieter environment for nearby communities.
In the security and transportation sectors, heavy-duty brass and copper meshes are utilized as
Guardrail mesh in high-
Security Fencing systems. Their non-magnetic and anti-spark properties make them ideal for sensitive areas where traditional steel might cause interference. Furthermore, these robust copper-alloy meshes are widely deployed in
Airport isolation fences and
Railway protective fences to provide secure, corrosion-resistant perimeters that can withstand harsh outdoor environments. Their durability and aesthetic appeal also make them suitable for
Highway isolation fences, offering a long-lasting, low-maintenance solution for traffic safety and boundary definition.