304 Epoxy Coated Welded Wire Mesh For Goat Farming Fence

This 304 epoxy coated welded wire mesh is specially developed as a goat farming fence, combining a 304 stainless steel base wire with a uniform epoxy protective layer applied after automated welding. The welding spots are firmly connected to resist pushing, rubbing and impact from goats, while the smooth epoxy surface helps reduce scratches on goat skin and wool during daily feeding and movement. The mesh opening can be selected to prevent young goats from slipping through the gaps, and the coating offers extra shielding against manure, moisture and mild farm chemical erosion compared with bare stainless steel wire.

Even with the epoxy layer and 304 material, the fence may still gradually develop corrosion and rust after long-term outdoor use, especially if the coating gets scratched or worn off under rough farm conditions.

We carry out the epoxy coating treatment after welding to preserve the integrity of each joint, and we can adjust wire diameter, mesh size, roll height and length according to the layout of goat pens and pasture separation. During production, we check coating coverage and welding stability for each batch before packing to ensure the finished mesh meets the agreed specifications from buyers.

We supply this mesh in roll form for easy transportation and on-site installation, and we can also cut and process it into separate fence panels if customers need them for modular goat housing construction.

Apart from goat breeding enclosures, this epoxy coated welded mesh can also be used for sheep pens, poultry isolation zones, orchard boundary protection and small livestock breeding areas. Farmers prefer this mesh because it maintains a clear visual view for feeding inspection, and it is convenient to cut and fix with common farm tools on site. It works well for both permanent goat pasture fencing and temporary partition fences inside breeding barns, helping breeders divide feeding areas and reduce the risk of predator invasion around the farm.