1. Superior performance of materials

High strength synthetic fibers: Multi fiber fishing nets are usually made of synthetic fibers such as nylon (PA), polyethylene (PE), polyester (PET), etc. These materials have extremely high tensile strength and toughness, capable of withstanding the impact force of fishing nets in water and the struggling force of fish.

Corrosion resistance: Synthetic fibers have strong resistance to salt, microorganisms, and chemicals in seawater and freshwater, and are not easily corroded or degraded.

UV resistant treatment: Fishing nets exposed to sunlight for a long time are prone to aging due to UV exposure. During the production process of multifilament materials, anti UV stabilizers are often added to slow down the aging rate.

2. Unique advantages of multifilament structure

Multi strand fiber weaving: Composite fibers are made by twisting or weaving multiple thin single fibers (such as hundreds to thousands of single fibers) to form a mesh structure. This design can disperse external impact and avoid single point fracture. Even if some monofilaments are damaged, the overall structure can still maintain its function.

Improved wear resistance: Multiple fibers interweave with each other, reducing the probability of single fiber wear when directly rubbing against rough surfaces such as reefs and ship hulls.

Flexibility and elasticity: The multifilament structure is softer than the monofilament, which can cushion the stress caused by fish struggling or water flow impact, and reduce fatigue fracture.

3. Advanced manufacturing technology

Twisting technology: Multiple single fibers are tightly wound through twisting process to enhance the bonding force between fibers, further improving strength and wear resistance.

Nodule or nodule free weaving:

Knot net: Traditional fishing nets fix the mesh by tying knots, but the knots are prone to wear and tear. Modern multifilament fishing nets use high-strength nodule technology to reduce weaknesses.

Raschel weaving: By using seamless weaving technology to eliminate knots, the surface of the fishing net becomes smoother, reducing wear and resistance, and significantly extending its lifespan.

Coating treatment: Some fishing nets will be coated with materials such as polyvinyl chloride (PVC) or polyurethane (PU) to enhance waterproofing, stain resistance, and anti biological adhesion ability.

4. Environmental adaptability

Low temperature and high temperature resistance: Synthetic fibers can maintain their performance even at extreme temperatures, making them suitable for operations in deep sea, cold regions, or tropical waters.

Anti biological attachment: Some double stranded fishing nets are treated with anti algae and anti shellfish coatings to reduce the weight gain and corrosion caused by marine biological attachment.

5. Economy and easy maintenance

Long lifespan reduces the frequency of replacement: Although the initial cost of composite fishing nets is high, their durability reduces the cost of frequent replacement and labor input.

Easy to clean and repair: Synthetic fiber fishing nets are easy to clean and dry, and local damage can be quickly repaired with mesh repair tools, extending the service life.

summary

The durability of multi silk fishing nets is the result of the combined effects of material science, structural design, and manufacturing processes. Its high strength, corrosion resistance, and wear resistance make it an ideal choice for fishing and aquaculture as it can work stably in complex marine environments for a long time. For users, choosing a type of double stranded fishing net that is suitable for local water conditions and operational needs (such as mesh size, material density) and regularly maintaining it can further extend its service life.