– No sharp edges, keep your hands and animals safe, preventing injuries.
– Graded horizontal padding ensures strength and durability.
– Hot-dip galvanised to maintain quality and ensure corrosion resistance.
– The stake lines are all securely welded to the frame.
– Size and workmanship can be customized.
– Special pricing is available for bulk orders.
At FENCE DEPOT, we leverage our extensive experience and advanced technology to provide high-quality gates that meet Australian standards. Our 14ft M-Stay Metal Gradient Mesh Infill Farm Gate is designed to enhance your farm’s security and optimize livestock management.
Crafted from high-quality hot-dip galvanised steel, this farm gate is built to withstand the harsh Australian environment and offer durability. All frames and joints are fully welded to ensure impact resistance.
This gate features the iconic M-Stay design and incorporates a gradient infill mesh. This provides a sturdy structure, stable performance, and practical functionality. The metal wires in the gradient infill mesh have a diameter of 5 mm, significantly enhancing the strength of the mesh and the stability of the overall frame. This design effectively protects livestock of varying sizes, significantly improving farm management efficiency and safety.
This 14ft mesh farm gate has standard dimensions of 3580 mm long x 1170 mm high, meeting Australian product standards. We also offer a variety of common specifications. As a professional farm gate manufacturer, FENCE DEPOT understands the diversity of farm layouts. Therefore, if you have any special requirements for size, mesh density, or other customization, we can tailor-make the gate to perfectly fit your farm layout and operation.
Stay Type | M-Stay |
Height | 1170 mm |
Length | 4180 mm |
Mesh Infill | 5mm Wire Diameter |
Brace | M Brace |
Weight | 46kg |
Finish | Pipe and Mesh |
Surface Treatment | Galvanised & Spraying (optional) |
Select high-quality galvanised pipes and galvanised steel wire as the primary materials to ensure corrosion resistance and strength. Galvanised pipes and galvanised steel wire are inspected to ensure they meet production standards, including thickness, diameter, and uniformity of the galvanised coating.
Determine the length and quantity of each component according to the design drawings. Use a cutting machine to cut the galvanised pipe to the required length, ensuring a smooth cut surface and avoiding burrs.
Determine the location and angle of the pipe to be bent according to the design requirements. Use a pipe-bending machine to bend the galvanised pipe to the desired shape, ensuring accurate bend angles and no cracks.
For components requiring arcs, use specialized cutting tools for precise cutting, ensuring a smooth arc that meets design requirements.
Use a stamping machine to stamp the pipe into the desired shape for subsequent assembly and connection.
Cut the galvanised steel wire and weave it into a mesh. Use a welding machine to weld the wire mesh together, ensuring a secure and uniform connection.
Assemble the welded mesh panels to the gate frame to form the farm gate panel. Weld the panels to ensure each joint is secure and prevent loosening during use.
Clean the welded farm gate to remove any dirt and oxides from the welding process. Apply zinc to the welded areas to create a uniform zinc coating for enhanced corrosion resistance.
The finished product undergoes a thorough inspection, including dimensions, welding quality, and coating uniformity, to ensure compliance with standards.