


Selecting perimeter containment for livestock requires evaluating material strength, corrosion resistance, and installation efficiency. This page explains the engineering basis of high‑tensile welded
Request a QuoteSelecting perimeter containment for livestock requires evaluating material strength, corrosion resistance, and installation efficiency. This page explains the engineering basis of high‑tensile welded wire fences produced for cattle operations in China.
The fence consists of cold‑drawn steel wire welded at each intersection to form a uniform grid. Typical wire diameters range from 2.0 mm to 4.0 mm, delivering tensile strengths between 1,500 MPa and 2,000 MPa after drawing. Standard mesh openings are 75 mm × 150 mm, providing adequate spacing for cattle while preventing hoof entrapment.
| Parameter | Typical Value | Unit |
|---|---|---|
| Wire Diameter | 2.0 – 4.0 | mm |
| Tensile Strength | 1,500 – 2,000 | MPa |
| Mesh Opening | 75 × 150 | mm |
| Coating Type | Hot‑dip Galvanized (Zn) | – |
| Coating Weight | 275 | g/m² |
| Roll Length | 50 | m |
| Post Spacing | 3.0 | m |
The steel wire is produced from low‑carbon billets, then cold‑drawn to achieve the target diameter and tensile strength. After drawing, the wire is cleaned and passed through a molten zinc bath at approximately 450 °C to form a metallurgical bond. Welding is performed using resistance spot welding, creating a fused joint that maintains the wire’s mechanical properties.
Cattle exert lateral pressure on fences through leaning and rubbing, which demands a barrier with high lateral stiffness and minimal deformation. The high‑tensile wire combined with close‑spaced welding yields a flexural rigidity sufficient to resist displacement under typical herd loads. Additionally, the galvanized coating extends service life in humid or saline environments common to pasture lands.
Each production lot undergoes tensile testing on sampled wires to verify strength meets the specified range. Weld shear strength is measured using a pull‑off fixture, with acceptance criteria set at 85 % of the wire’s tensile capacity. Coating thickness is checked by magnetic induction, ensuring the zinc layer stays within 200–350 g/m².
Finished rolls are wrapped in UV‑stabilized polyethylene film to protect the coating during transit. Each roll is then placed on a wooden pallet with corner guards and secured with steel strapping. For export, pallets are fitted with heat‑treated lumber and marked with handling symbols per ISPM 15.
Yes, both wire diameter and mesh opening can be adjusted to meet specific containment or terrain requirements; technical drawings are reviewed before production.
Required details include desired wire diameter, mesh dimensions, coating type, roll length, quantity, and delivery destination.
The fence is attached using galvanized staples or clips for wood posts, and bolt‑through brackets with isolation pads for steel posts to prevent galvanic corrosion.
Standard lead time is 3–4 weeks after receipt of confirmed specifications and deposit, subject to current production load.
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