The bi-directional stretching net production line equipment has the advantages of high production efficiency, stable product quality, and simple operation. By adopting modern automation control technology, intelligent control of the entire production line can be achieved, improving production efficiency and product quality, and reducing labor costs. The production line equipment for biaxially stretched mesh also has the characteristic of strong flexibility, which can be customized according to customer needs to meet different specifications and requirements of biaxially stretched mesh products.

The equipment for a biaxially oriented mesh production line usually includes extruders, stretching machines, cooling devices, cutting devices, and other parts. Plastic raw materials are extruded into shape by an extruder, and then subjected to biaxial stretching treatment by a stretching machine, so that they have tensile properties in both horizontal and vertical directions. Subsequently, it is cooled and solidified by a cooling device, and finally cut into biaxially stretched mesh products of different specifications by a cutting device.

What are the parameters that need to be paid attention to in the production line equipment of biaxially stretched mesh?

Electrical parameters: Double directional stretch mesh production lines usually use high-power motors for bearings and drives. It is necessary to determine the power, voltage, and current parameters of the motor according to specific equipment requirements, and ensure the reliability and stability of the electrical system to avoid safety issues such as equipment failures or electrical fires.

Mechanical parameters: The bi-directional stretching net production line equipment involves the operation and cooperation of multiple mechanical components, such as rollers, drums, conveyor belts, etc. The specifications, materials, and structural design of these mechanical components will affect the performance and stability of the production line equipment, and regular inspection and maintenance are required to ensure the normal operation of the equipment.

Temperature parameters: In processes such as stretching and extrusion, the biaxially stretched mesh production line equipment needs to control the temperature of the material through heating or cooling to ensure product quality and forming effect. Therefore, it is necessary to pay attention to parameters such as heating power, heating temperature, and cooling method of the equipment, adjust and control the temperature reasonably, and avoid material thermal deformation or product quality problems.

Speed parameters: The production efficiency and output of the biaxially stretched mesh production line equipment are directly affected by the operating speed of the equipment. It is necessary to determine the appropriate production speed based on product requirements and production costs, and ensure that the equipment can work stably and reliably at high speeds to avoid accidents or product waste.

Tension parameters: In processes such as stretching and cutting, the bi-directional stretching mesh production line equipment needs to control the degree of material stretching and forming effect by adjusting the tension. Therefore, attention should be paid to the installation position and parameter settings of the tension sensor to achieve the best stretching effect and product quality.

The biaxial geogrid production line equipment is a specialized device for producing biaxial geogrid, also known as a keel mesh machine or PP Biaxia geogrid production line. This device can process plastic raw materials through pre-treatment, extrusion, stretching and other processes to produce biaxially stretched mesh products. Bidirectional tensile mesh is an important material used in civil engineering, transportation engineering, environmental engineering and other fields, with excellent tensile strength and deformation resistance, which can effectively enhance the bearing capacity and stability of soil.

In the process of producing biaxially stretched mesh, the raw materials need to be rolled onto the equipment first, and then subjected to biaxially stretched treatment by a stretching machine to make the mesh products have better strength and toughness. Then, the stretched mesh is fixed by a fixing machine to maintain its shape. Finally, the grid is welded using a welding machine to ensure its firmness and stability.