Galvanized wire mesh is suitable for slow riverbanks with high flow rates, severe erosion, and excessive seepage. Stone baskets are a flexible structure with excellent self-adjustment capabilities for uneven settlements. The porous nature of the riverbank surface allows for animal habitats and plant growth, with the stone basket surface above the waterline suitable for planting with soil bags to promote ecological considerations and safety requirements. The lifespan of the wire mesh is directly related to the daily anti-corrosion work. How can we ensure proper anti-corrosion for the wire mesh? This article will provide a detailed introduction.

Gabion Mesh

The corrosion resistance of aluminum-zinc alloy gabion mesh is significantly greater than that of galvanized steel wire, as the corrosion rate is relatively low, thus the material for gabion mesh should ideally be an alloy.

The more galvanized layers on the gabion mesh, the greater its corrosion resistance and the slower the corrosion rate. Therefore, applying multiple layers of zinc to the gabion mesh can effectively prevent corrosion.

Three: The uniformity of the coating. The coating is distributed in a ring on the outer surface of the steel wire. Coating wires with poor production processes have uneven thickness, with one side thicker and the other thinner, and the control point for the service life is at the薄弱 spot. That is, although the coating weight can reach 250g/㎡, the actual usable effective coating amount is only about 100g/㎡. In contrast, the coating of 10% aluminum-zinc alloy steel wire is more uniform.

Four: The durability of the coating. Once the coating is cracked, it is prone to corrosion. As gabion nets are double twisted woven, a higher requirement for the durability of the coating is necessary.

Now that you've seen this, don't you have a deeper understanding of gabion nets? For any other questions, please keep an eye on our website.