Purple Copper Mesh (Dispersion Mesh)

Product Overview

Purple copper mesh, also known as Zhan San mesh, is a functional metal mesh woven from purple copper wire using plain or oblique weaving techniques. Its stable surface structure combines core characteristics including non-magnetism, wear resistance, excellent sound insulation, high conductivity, anti-static properties, and electron beam filtration. The conductivity and anti-static performance are the best in the copper mesh series. The product can be processed into coils or sheets according to requirements, featuring a compact structure and flexible application. Beyond conventional screening and filtration, it is particularly suitable for special functional needs such as sound insulation, electronic components, and high-end electrostatic protection, making it a dedicated material for multifunctional composite scenarios.

Core Craftsmanship

• Customized weaving: The density of warp and weft threads can be adjusted according to specific application scenarios, enabling tailored functions such as sieving, sound insulation, conductivity, and anti-static properties. High mesh specifications enhance electrostatic protection and electron beam filtration.
• Edge treatment: The roll material can be cut to size, while sheet products feature simple edge wrapping to prevent thread loss and enhance usability.
• Premium Material: Features high-conductivity purple copper wire (primarily T2 grade), delivering consistent sound insulation and electron beam filtration performance. It ensures exceptional conductivity and optimal electrostatic discharge, meeting premium anti-static requirements.

Product Advantages

1. Versatile functionality: Combining screening, filtration, sound insulation, electron beam filtration, and high-conductivity with anti-static properties, it meets diverse application scenarios and stands as the premium material for high-end anti-static solutions with multifunctional compatibility.
2. Customizable Flexibility: Tailor to any size requirements, supporting both roll and sheet configurations for non-standard equipment and special operating conditions. Tailor-made anti-static performance optimization ensures optimal protection for demanding applications.
3. Unique Performance: Features exceptional sound insulation, superior electron beam filtration, and the highest conductivity among copper mesh series. It ensures high electrostatic discharge efficiency with zero residue, delivering premium electrostatic protection. This makes it an irreplaceable material for specialized functional applications.
4. Superior stability: The non-magnetic feature ensures immunity to magnetic interference, with exceptional wear and corrosion resistance. It maintains consistent performance across diverse indoor and outdoor environments, featuring long-term stable anti-static and conductive properties without degradation, making it ideal for demanding industrial applications.

Technical Parameters

• Material: Purple copper wire (primarily T2)
• Weaving method: plain weave, twill weave
• Wire diameter range: Adapted according to mesh size (conventional matching for 4-mesh to 60-mesh requirements)
• Mesh size range: 4 mesh/inch to 60 mesh/inch
• Standard width: 0.76m–1.2m (customizable)
• Standard lengths: 30m/50m (can be cut into sheets as needed)

Application Areas

• Basic screening: Classification of conventional materials such as granules, powders, porcelain clay, and glass.
• Soundproofing solutions: Wall soundproofing and equipment soundproof enclosures, utilizing mesh structures for effective sound wave attenuation.
• Electronic Accessories: Protective nets for electronic displays and precision electronic equipment, featuring both dustproof and electron beam filtration functions; high-end electrostatic protection for cleanrooms, SMT production lines, and precision instrument casings in advanced electronic manufacturing.
• Conductive Auxiliary: Auxiliary materials for simple conductive applications, utilizing the high conductivity of purple copper to achieve charge conduction; stringent electrostatic protection scenarios such as aerospace/military precision equipment, flammable/explosive device storage, and new energy battery R&D testing; as well as electrostatic dissipation for high-end powder production in chemical/pharmaceutical industries and solvent storage.