Hexagonal Net

Advantages

Stable structure: woven from high-quality steel wire, the mesh is hexagonal, which has good stability and compression resistance, and can withstand large external forces without deformation.

Good flexibility: The steel wire material makes the hexagonal mesh have a certain flexibility, which can be bent, stretched and twisted as needed to adapt to different installation scenarios and shape requirements.

Corrosion resistance: It usually undergoes surface treatment processes such as galvanizing and plastic coating, which can effectively prevent the steel wire from rusting, extend its service life, and maintain good performance under harsh environmental conditions.

Use

Slope protection: It is often used in projects such as mountain slopes and river bank protection. By laying the hexagonal mesh on the slope and filling it with stones or other materials, it can prevent soil erosion and slope collapse, and play a role in reinforcement and protection.

River management: In water conservancy projects such as rivers and channels, it can be used to make gabion boxes. After filling with stones, it is placed on the riverbed or both sides of the riverbank, which can resist the erosion of water flow and protect the stability of the riverbank and riverbed.

Farming fence: Due to its good flexibility and corrosion resistance, it is suitable for fences for breeding poultry, livestock or aquaculture. It can provide a safe space for breeding animals and is easy to observe and manage.

Process

Wire drawing: Select high-quality low-carbon steel wire or other metal steel wire, and draw the purchased wire rod through a wire drawing machine to achieve the required wire diameter size. During the wire drawing process, the speed and tension of the wire drawing should be controlled to ensure the strength and surface quality of the steel wire.

Weaving: Professional weaving equipment is used to weave the drawn steel wire according to the shape of a hexagonal mesh. There are usually two weaving methods: manual weaving and mechanical weaving. Mechanical weaving has high efficiency and stable quality, and is currently a commonly used method. During the weaving process, it is necessary to ensure that the size of the mesh is uniform and the intersection of the steel wire is firmly connected.