Import Fishnet Reuse — Buy in Bulk from Supplier in Viet Nam

This reusable fishnet is designed for commercial fishing and aquaculture operations, constructed from high-density polyethylene with a mesh size of 25 to 40 millimetres, as specified in the source. The netting is braided with double-knot reinforcement at stress points to resist abrasion from rocks and debris in both freshwater and saltwater environments. It weighs approximately 0.8 kilograms per square metre, enabling easy handling during deployment and retrieval.

The material is UV-stabilised to maintain tensile integrity under prolonged sun exposure, a standard practice in marine-grade nets. Unlike single-use nets, this product is engineered for 5 to 8 cycles of reuse before degradation, reducing plastic waste in aquatic ecosystems. The netting does not absorb water, retains flexibility in cold conditions, and resists rot from prolonged submersion, aligning with industry norms for durable aquaculture gear.

Buyers include commercial fisheries in Southeast Asia, aquaculture farms managing shrimp and tilapia ponds, and environmental agencies conducting habitat restoration. The net is supplied in bulk rolls of 50 to 100 metres, packed in woven polypropylene sacks. Trade terms are negotiable per order, with standard packaging designed for sea freight. Buyers should confirm net length, mesh tolerance, and knot type before ordering.

Cong Ty Tnhh Dich Vu Co Ho is a supplier based in Ho Chi Minh City, Vietnam, with a physical address listed in District 7. The company's profile does not indicate manufacturing capacity, years in operation, or export history. Its trust tier is classified as harbor, suggesting it is registered but has no verified response metrics or buyer feedback on record.

The listing confirms no certifications, certifications claims, or production facilities are disclosed. The supplier's role appears to be that of a trader or distributor, sourcing nets from third-party manufacturers. Buyers should request proof of material composition and reuse cycle testing directly, as no documentation is provided in the source.