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Our Black Epoxy Powder Coated Steel Mesh is a high-performance screening solution engineered for durability and precision. Manufactured from premium low carbon steel, stainless steel, or aluminum wire, this mesh undergoes a specialized electrostatic spraying process followed by high-temperature curing. This creates a uniform, robust protective layer that significantly enhances corrosion resistance and surface stability, making it ideal for challenging environments.
Designed for versatility, this coated mesh excels in both industrial filtration and protective applications. Whether utilized as a high-visibility fly screen or a critical support layer in water and air filtration systems, it provides the perfect balance of mechanical strength and consistent opening sizes. With customizable colors and specifications, we ensure your project receives a professional finish tailored to specific industrial requirements.
| Base Materials | Low Carbon Steel, Stainless Steel, Aluminum Alloy | Coating Type | Epoxy Powder Coating (Electrostatic) |
|---|---|---|---|
| Standard Color | Black (Custom colors available upon request) | Wire Diameter | 0.18mm to 0.25mm (Customizable) |
| Mesh Counts | 10x12, 18x14, 22x20, 17x15 (Typical) | Available Widths | 20mm to 1500mm |
| Roll Lengths | 30m to 900m (Cut to size available) | Treatment Process | Electrostatic Spraying & High-Temp Curing |
| Common Grades | Q195 Steel, Aluminum Alloy 5154 | Packaging Options | Full Rolls or Custom Cut Stripes |
The high-temperature cured epoxy coating forms a durable barrier against humidity and chemical exposure, ensuring long-term stability.
Reduced wear and tear during installation and operation thanks to a smooth, hard-wearing finish that prevents rust.
Precision weaving ensures consistent opening sizes and high mechanical strength for reliable filtration and support.
The standard black finish provides a clean, professional look, with custom color options available for specific architectural needs.
Specifically engineered for fly screen applications to maintain high airflow and visibility without compromising protection.
Flexible options for mesh count, wire diameter, and roll dimensions to fit any technical specification.
Strict screening of low carbon steel and aluminum alloys to ensure base metal purity and strength.
Utilizing 36 years of expertise to control mesh tension and opening consistency across all rolls.
Advanced electrostatic spraying ensures a uniform layer without gaps or uneven thickness.
High-temperature baking ovens ensure the epoxy powder fully bonds to the metal surface.
Rigorous inspection of widths and lengths to ensure precise cutting according to client orders.
Testing for adhesion and corrosion resistance to guarantee long-term industrial reliability.
| Feature | Untreated Steel Mesh | Epoxy Coated Mesh |
|---|---|---|
| Corrosion Rate | High (Rusts quickly) | Very Low (Protected) |
| Lifespan | Short-term (1-3 years) | Long-term (5-10+ years) |
| Maintenance | Frequent Painting/Replacement | Minimal Maintenance |
| Surface Finish | Rough/Industrial | Smooth/Professional |
| Total Cost (TCO) | Higher due to replacements | Lower long-term investment |
It is primarily used in filtration systems as a support layer, industrial sieving, and as high-durability fly screen mesh for residential and commercial buildings.
Yes, while black is our most common standard, we can produce custom colors upon request to suit your specific project or brand requirements.
The electrostatic epoxy coating creates a non-porous, durable barrier that prevents oxidation and chemical corrosion, significantly extending the mesh's life in outdoor or humid environments.
For general use, low carbon steel is cost-effective. For extreme environments, we recommend stainless steel or aluminum alloys combined with our epoxy coating for maximum longevity.
Absolutely. We can customize the wire diameter, mesh count, roll width (up to 1500mm), and total length to meet your exact specifications.
We recommend providing your required flow rate, particle size, and environmental conditions. Our team of experts will help you select the optimal mesh count and wire diameter.
