


Galvanized hexagonal wire netting, commonly known as chicken wire, is produced by weaving low‑carbon steel wire into a uniform 60° hexagonal pattern and then applying a zinc coating to protect
Request a QuoteGalvanized hexagonal wire netting, commonly known as chicken wire, is produced by weaving low‑carbon steel wire into a uniform 60° hexagonal pattern and then applying a zinc coating to protect against corrosion. The geometry provides a high open area ratio while maintaining structural integrity, making it suitable for containment, fencing, and reinforcement applications where visibility and airflow are required.
The base wire is typically drawn from low‑carbon steel with a diameter ranging from 0.6 mm to 1.2 mm, selected according to the required tensile strength and flexibility. The wires are formed into a continuous hexagonal mesh using a precision weaving loom that maintains consistent pitch and aperture size.
After weaving, the mesh passes through a hot‑dip galvanizing line where it is immersed in molten zinc at approximately 450 °C. The coating adheres metallurgically, providing a uniform zinc layer that sacrifices itself to protect the underlying steel from rust.
| Parameter | Typical Value | Unit |
|---|---|---|
| Wire Diameter | 0.6 – 1.2 | mm |
| Hexagonal Aperture (distance across flats) | 12 – 50 | mm |
| Zinc Coating Weight | 10 – 50 | g/m² |
| Tensile Strength of Wire | 350 – 550 | MPa |
| Roll Width | 0.5 – 2.0 | m |
| Roll Length | 10 – 50 | m |
Values are representative; actual dimensions can be adjusted to meet project‑specific requirements.
The open hexagonal geometry offers a high ratio of void to solid, which is advantageous when both containment and ventilation are needed.

Each production lot undergoes systematic checks to verify wire diameter, aperture uniformity, coating adhesion, and tensile properties.
Because the mesh is produced on continuous looms, a range of parameters can be tuned without changing the base material.
Proper packaging prevents mechanical damage and coating abrasion during transit.