Circle corn welding net

1、 Basic Attributes and Craftsmanship

The corn wire mesh is mainly made of low-carbon steel wire, which is welded vertically and horizontally through automated welding equipment to form a regular mesh structure. Some products will undergo simple surface treatments such as galvanizing or dipping according to usage needs to enhance their practicality in outdoor environments. During the welding process, the welding points are firm and can protect the overall stability of the mesh when carrying the weight of corn, making it less likely to have open welds or loose frames.

2、 Product Features

Strong adaptability of mesh holes: The mesh size is designed specifically, usually between 5cm × 5cm and 10cm × 10cm, which can prevent corn particles from leaking out of the mesh and protect good ventilation. It helps to dissipate heat and dry corn during storage, reducing the possibility of mold growth.

Stable structure: The welded mesh has a certain strength and toughness, which can withstand the pressure generated by the accumulation of corn. It is not easy to deform during regular use and can stably surround corn.

Easy installation: The mesh can be cut and spliced according to the size of the storage site. The installation process is relatively simple and does not require complex tools. It can be quickly and appropriately used to build corn storage fences, meeting the needs of temporary or long-term storage.

Good economy: using low-carbon steel wire as raw material, mature production process, relatively low cost, suitable for large-scale use by farmers or grain storage places. After corn storage is completed, it can also be folded and stored for easy reuse.

3、 Common specifications

Silk diameter: Considering the need to carry the weight of corn, the silk diameter is usually between 1.5mm-3mm. Thicker silk diameter can provide strong load-bearing capacity and is suitable for scenarios with large storage capacity.

Mesh size: 5cm × 5cm, 6cm × 6cm, 8cm × 8cm, and 10cm × 10cm are commonly used, and can be selected according to the size of corn particles and storage requirements to ensure that the corn will not leak out and has good ventilation.

Size specifications: The width of the mesh is generally 1m-2m, and the length is 10m-30m. It can be flexibly selected according to the amount of corn stored and the size of the site, and can also be customized according to actual needs.

4、 Applicable scenarios

Household storage for farmers: After the autumn harvest, farmers can use the circle corn welding net to build temporary or fixed corn storage circles in courtyards, warehouses, and other places, orderly enclosing the corn to prevent it from scattering. At the same time, the ventilation of the mesh holes is used to keep the corn dry, which is convenient for subsequent threshing or sales.

Grain purchase point: At the grain purchase point, different storage areas can be divided by using corn welding nets to store corn of different qualities and origins, facilitating classification management and quantity statistics. The stability of the net also protects the safe storage of a large amount of corn.

Small processing plants: During the temporary storage stage of raw materials, small corn processing plants can use corn welding nets to build storage fences and temporarily store purchased corn, which not only saves space but also protects the good condition of corn before processing.

5、 Precautions for use

The mesh should be firmly fixed during installation, and stability can be enhanced by auxiliary facilities such as brackets and columns to prevent the mesh from tipping over due to excessive corn accumulation or external collision.

If used outdoors, it is recommended to choose products that have undergone surface treatment (such as galvanizing or dipping) to reduce the corrosion of the mesh body by rainwater and moisture, and extend its service life; Products that have not undergone surface treatment should be cleaned and dried promptly after use, and stored in a dry and ventilated place.

Avoid sharp objects hitting or scratching the mesh, prevent the mesh from breaking or welding points from falling off, and ensure the stability of the overall structure.