Premium Epoxy Coated Wire Mesh China Factory and Leading Suppliers
Ansheng Epoxy Coated Wire Mesh is a high-performance industrial filtration and protection solution engineered for extreme environments. By combining premium base metals—such as stainless steel, aluminum, and low-carbon steel—with an advanced electrostatic epoxy powder coating, this mesh provides a dense, sturdy protective layer that significantly enhances corrosion resistance and structural durability.
Designed for versatility, our epoxy-coated mesh serves as a critical supporting layer for hydraulic and air filters in industrial systems, while also providing high-end safety protection for modern architectural projects. With customizable colors and specialized indoor/outdoor powders, Ansheng delivers personalized engineering solutions that balance aesthetic appeal with rigorous industrial standards.
Detailed Parameters
| Substrate Material | Q195 Black / Stainless Steel / Aluminum | Coating Specification | Epoxy Powder (Oil Resistant) |
|---|---|---|---|
| Mesh Size (Option 1) | 18x14 / 0.18mm | Mesh Size (Option 2) | 12x10 / 0.25mm |
| Mesh Size (Option 3) | 22x20 / 0.18mm | Width Range | 20mm - 1300mm |
| Available Colors | Black, White, Custom Colors | Coating Process | Electrostatic Spraying |
| Application Field | Hydraulics / Civil Construction | Thermal Process | Far-infrared/Hot Air Circulation |
Key Advantages
Stable Structure
Surface treatment firmly fixes interlacing points, ensuring uniform square holes and perpendicular wires that resist deformation.
Easy Processing
The soft mesh surface allows for flexible shaping and forming to meet complex project design and installation requirements.
Aesthetic Variety
Available in a wide spectrum of uniform colors to blend perfectly with architectural environments or industrial branding.
Corrosion Resistance
The dense epoxy layer acts as a barrier against oxidation and chemical wear, extending the service life of the mesh.
Precision Engineering
Manufactured via precise electrostatic spraying to ensure an even coating thickness across the entire surface.
Custom R&D
Specialized research and development capabilities to provide personalized solutions based on client-specific needs.
Product Gallery
Management Platforms
Simulation Laboratory
Professional performance simulation lab for rigorous testing of mesh durability and stability.
Advanced Production
Two self-developed large-scale surface treatment lines representing industry-leading standards.
Heat Distribution
Utilizing far-infrared and natural gas hot air circulation for uniform heat dissipation.
Quality Consistency
Strict monitoring of time and temperature to ensure a dense and sturdy protective epoxy layer.
Eco-Friendly Process
Production methods focused on environmental protection and sustainable development goals.
Personalized R&D
Dedicated technical team for customized research to meet specific industrial applications.
Investment Return Comparison
| Feature | Standard Wire Mesh | Ansheng Epoxy Coated Mesh |
|---|---|---|
| Corrosion Life | Short (Oxidizes quickly) | Long (High resistance) |
| Structural Stability | Prone to loosening | Firmly fixed points |
| Maintenance Cost | High (Frequent replacement) | Low (Durable coating) |
| Visual Appeal | Industrial/Plain | Customizable Colors |
| Filtration Stability | Standard Performance | High-Stability Support |
Frequently Asked Questions
It is primarily used as a critical supporting layer for hydraulic and air filters to ensure stable filtration system operation, as well as for high-end safety protection in buildings.
Common base materials include stainless steel mesh, aluminum mesh, and low-carbon steel mesh, depending on the required strength and corrosion resistance.
Specialized epoxy powder is evenly attached to the woven mesh via electrostatic spraying, then melted under specific time and temperature conditions to form a dense protective layer.
Yes, Ansheng offers both indoor and outdoor type epoxy powders to adapt to different usage environments, along with customized R&D for special needs.
Yes, the mesh surface is relatively soft, making it convenient for various shaping and forming processes to meet complex design requirements.
We use a professional performance simulation laboratory and advanced production lines with far-infrared and hot air circulation for uniform heat and consistent quality.
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