Stainless Steel Wire Mesh For Industrial Filtration
Features
Strong Corrosion Resistance: Made of stainless steel materials such as 304, 304L, 316, and 316L, it resists acid and alkali corrosion, maintaining stable performance in harsh chemical environments.
High Filtration Precision: Fine weaving technology ensures uniform mesh, with filtration accuracy ranging from coarse to fine. For example, Dutch woven mesh achieves a maximum filtration precision of 3μm.
High Mechanical Strength: Stainless steel offers excellent strength and rigidity, enabling the mesh to withstand high pressure, tension, and impact without deformation or rupture in high-pressure, high-flow systems.
Excellent High-Temperature Resistance: Certain stainless steel materials can endure temperatures up to 480°C, suitable for high-temperature fluid filtration.
Easy Cleaning and Maintenance: Smooth surface allows easy removal of contaminants. The mesh does not shed particles or release harmful substances during cleaning, enabling reuse and cost reduction.
Types and Applications
Stainless Steel Square Mesh: Uniform warp and weft mesh counts and wire diameters, square holes, mesh counts ranging from 1-625, maximum filtration precision of 20μm. Used for general industrial filtration and screening, e.g., chemical raw materials and ore sorting.
Hardware & Building Materials – Stainless Steel Square Mesh
Stainless Steel Dutch Woven Mesh: Different warp and weft mesh counts and wire diameters. High mesh count and thick wires ensure strength and precision, with a maximum mesh count of 2800 and filtration precision of 3μm. Ideal for high-precision filtration in pharmaceuticals and electronics for liquid/gas purification.
Hardware & Building Materials – Stainless Steel Dutch Woven Mesh
Stainless Steel Five-Layer Mesh: Special weaving creates a smooth surface on one side to enhance fluid flow. Commonly used as corrugated packing material in chemical and petroleum industries to improve mass/heat transfer efficiency.
Application Advantages
Strong Corrosion Resistance: Resists acids, alkalis, and salts, ensuring durability in chemical, electroplating, and pharmaceutical industries.
High-Precision Filtration: Customizable mesh sizes meet diverse needs, e.g., filtering ultrapure water in semiconductor manufacturing.
High Strength and Stability: Maintains performance under high pressure and flow, ensuring consistent filtration.
High-Temperature Resistance: Stable in high-temperature environments like steel and glass industries.
Reusable and Easy to Clean: Reduces costs through repeated use and easy maintenance.
Limitations
High Cost: Expensive materials and complex processes limit use in cost-sensitive applications.
Prone to Clogging: May clog with viscous or fine-particle media, increasing maintenance.
Limited Flexibility: Less adaptable than synthetic fibers for irregular shapes or frequent bending.
Complex Processing: Requires specialized equipment for custom or complex designs.
Our company specializes in stainless steel mesh production, offering customized solutions at competitive prices. Contact us for quotes.