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Product Description
| Model number |
Plastic net |
| Raw material |
PE |
| breadth |
customizable |
| Length |
customizable |
| colour |
White, green, black |
| authentication |
ISO9000 |
| Apply |
Used for decoration, breeding, fencing |
The advantages of plastic flat nets are mainly reflected in their lightweight material, corrosion resistance, high strength, good air permeability, color diversity, and cost-effectiveness.
Made of plastic materials such as polyethylene and polypropylene, plastic flat nets are lightweight, making them easy to handle and install, thereby reducing transportation and installation costs.
Plastic flat nets exhibit excellent corrosion resistance, maintaining stable performance in harsh environments such as moisture, acids, and alkalis, and are not easily damaged by corrosion. As a result, they can be widely used in industries such as chemicals and aquaculture, significantly extending their service life.
Through special processing techniques, plastic flat nets possess high strength and toughness, capable of withstanding certain tensile, compressive, and impact forces without deformation or breakage. This meets the usage requirements of various occasions, such as serving as protective nets in construction projects or as fence nets in the farming industry.
The mesh structure of plastic flat nets provides good air permeability, facilitating the circulation of air and moisture. In the agricultural sector, when used as covering materials for greenhouse structures, they ensure air circulation and sufficient light exposure, benefiting plant growth. In storage facilities, they prevent goods from becoming damp and moldy while allowing for easy monitoring of stored items.
Plastic flat nets can be produced in various colors to meet different needs, not only enhancing aesthetics but also enabling distinction between different uses or areas, increasing flexibility and convenience in usage.
Compared to other types of nets made from materials such as metal, plastic flat nets have relatively lower production costs and are more affordable, offering a clear price advantage and enabling users to save significantly on procurement costs.
In summary, plastic flat nets, with their multiple advantages, have a wide range of applications in various fields.
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The production process of plastic flat nets primarily includes the steps of melting and extruding plastic raw materials, forming a network structure, and cooling and shaping.
The production of plastic flat nets (also known as plastic breeding nets) starts with plastic raw materials. These materials are heated and melted in an extruder, then extruded through a screw into a special rotating die head with several small holes in its inner and outer surfaces. As the molten plastic flows through the die holes, it forms two strands of molten material. Due to the rotation of the die head, these two strands intermittently converge at a point, creating a network structure. This network structure is then cooled and shaped to finally become a plastic flat net.
Additionally, the production process of plastic flat nets also includes steps such as thermoplastic (hot spraying, cold setting) processing, which ensure the quality and performance of the nets.
Plastic flat nets are widely used in various fields such as aquaculture, poultry farming, civil construction, landscaping and sports field protection, as well as reinforcement for railway and highway subgrades, thanks to their lightweight, corrosion resistance, and high strength characteristics.
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