The bi-directional stretching net production line equipment is a device that converts plastic raw materials into bi-directional stretching net products through multiple steps. Its workflow includes parts such as ion coiling machine, premix machine, forming machine, wire drawing machine, and shearing machine, each of which plays a specific role. Through the coordination of these steps, high-quality bidirectional stretching net products can be produced to meet the needs of different industries for this product. These products are widely used in agriculture, construction, transportation and other fields, improving production efficiency and quality while also bringing great convenience to people's lives.

The production process of the bidirectional stretching net production line mainly includes the following steps: raw material preparation, raw material supply, stretching processing, heat setting, cooling and solidification, cutting and winding, etc. Process and prepare plastic particles or metal wires. Then, the processed raw materials are supplied to the stretching machine in a certain proportion, and through the stretching action of the stretching machine, a bidirectional stretching mesh structure is formed. Next, the stretched mesh material is subjected to heat setting treatment to maintain its tensile state. Then, the shaped mesh material is cooled and cured through a cooling system. Cut and roll the cured biaxially stretched mesh.

What are the highlights of the differentiated design of the equipment for the bi-directional stretching net production line?

1、 Adjustable stretching ratio. One highlight of the bidirectional stretching net production line is the adjustable stretching ratio. The stretching ratio refers to the ratio of the length to width of the mesh after the plastic material is stretched. By adjusting the stretching ratio, plastic nets with different mesh sizes and shapes can be produced. This is very important for plastic mesh products with different uses and applications. For example, for mesh bags used for fruit and vegetable packaging, smaller mesh sizes are required, while for plastic mesh used for building protection, larger mesh sizes are required. Therefore, the adjustable stretching ratio is an important highlight of the design of the bi-directional stretching net production line.

2、 Multi layer composite technology. Another highlight of the design of the bi-directional stretching net production line is the multi-layer composite technology. Multi layer composite technology refers to the process of combining plastic films of different materials in the production process to form plastic nets with different properties and functions. Through multi-layer composite technology, the modification and reinforcement of plastic mesh can be achieved, improving its durability, fire resistance, and UV resistance. For example, in the production of fire-resistant plastic nets, flame retardants can be compounded into plastic films through multi-layer composite technology to improve the fire resistance performance of the product. Therefore, multi-layer composite technology is another important highlight of the design of the bi-directional stretching net production line.

3、 Intelligent control system. The intelligent control system of the bi-directional stretching net production line is a highlight design that makes the production process more stable and efficient. Through intelligent control systems, precise control and adjustment of parameters such as stretching speed, temperature, and tension can be achieved, improving product consistency and stability. In addition, the intelligent control system can automatically monitor and adjust the operating status of equipment, timely detect and eliminate faults, reduce manual intervention and downtime, and improve production efficiency. Therefore, the intelligent control system is another highlight design of the bi-directional stretching net production line.