blog about Riverdale Mills Launches Corrosionresistant PVC Wire Mesh

Wire mesh, as a versatile material, plays a crucial role in fencing, animal enclosures, marine fishing, and greenhouse construction. However, standard wire mesh is vulnerable to corrosion in harsh environments, significantly compromising its lifespan and performance. Riverdale Mills Corporation, drawing on over 42 years of specialized experience, has developed a high-performance solution: PVC-coated wire mesh.

Consider this scenario: at a coastal aquaculture facility, untreated wire mesh fencing becomes rusted and brittle within just a few years due to saltwater exposure. This not only increases maintenance costs but may also lead to stock escapes and financial losses. How can corrosion resistance be effectively addressed to extend wire mesh longevity?

Riverdale's PVC-coated wire mesh employs a proprietary, multi-layer manufacturing process that delivers exceptional corrosion resistance and extended service life. Its key advantages include:

• Multi-layer protection system: Riverdale wire mesh undergoes welding and galvanization to create a robust steel structure. The company's unique hot-dip galvanizing process forms a thick zinc coating as the first anti-corrosion barrier. A proprietary marine-grade polyvinyl chloride (PVC) coating is then fused to the wire through melt-bond technology, creating the second and crucial protective layer.
• Exceptional weather resistance: The PVC coating provides outstanding resistance to moisture, water erosion, and UV radiation. Even in harsh marine environments, Riverdale's product maintains stable performance without peeling or cracking.
• Extended lifespan: The combination of multi-layer protection and weather resistance results in significantly longer service life compared to conventional products, translating to lower maintenance costs and better return on investment.
• Aesthetic versatility: Available in multiple colors, patterns, and dimensions, the coated wire mesh offers both functional and decorative value for various projects.

Riverdale Mills' manufacturing techniques are key to the product's superior performance:

1. Welding and galvanizing: Wires are first welded into required grid patterns before receiving zinc coating.
2. Hot-dip galvanizing: The proprietary process ensures uniform zinc layer thickness and strong adhesion to the wire.
3. PVC coating: Specially formulated marine-grade PVC coating is applied through melt-bond technology for optimal weather, chemical, and UV resistance.
4. Quality control: Rigorous quality measures are implemented throughout production to guarantee consistent high standards.

Riverdale offers various PVC-coated wire mesh configurations to meet diverse application needs. Common specifications include:

• Mesh patterns: Square, rectangular, and hexagonal options
• Mesh sizes: Ranging from 1/2 inch to 4.5 inches
• Wire gauges: From 16 gauge to 8 gauge, with thicker wires providing greater strength
• Weight: Varying from 21 to 98 pounds per 100 square feet depending on configuration

Note: Mesh sizes are measured center-to-center before coating. All weights are approximate. Custom configurations are available.

Riverdale PVC-coated wire mesh serves diverse industries:

• Fencing: Residential, commercial, and industrial fencing applications
• Animal containment: Livestock pens, poultry houses, and pet enclosures
• Marine fishing: Crab pots, fish traps, and oyster cages
• Greenhouse construction: Work tables, shelving, and support structures

When choosing PVC-coated wire mesh, evaluate:

• Application requirements: Different uses demand varying strength and durability levels
• Environmental conditions: Harsh environments require higher corrosion resistance
• Budget factors: Pricing varies by specification and quantity

Riverdale PVC-coated wire mesh represents a high-performance, durable solution for corrosion protection across multiple industries. Its multi-layer protection system, exceptional weather resistance, and extended service life make it a reliable choice for demanding applications.