?? Revolutionizing #Aquaculture and #Fishing Industry with Advanced and #Bio-Based and #Recyclable Twines and Ropes ??

?? Sustainable Innovation in Twines: Unveiling the Eco-Friendly Strength of our HMPE, Nylon, and Polyester High-Performance Twines! ??

1. HMPE/Dyneema? Twine: Three Times the Strength, Infinite Possibilities ?? Strength Redefined: This twine emerges as a formidable force, boasting three times the strength of traditional nylon. Ideal for netting in trawling, aquaculture, the building industry, and defense applications. ?? Lightweight, Low Stretch, High Cut Resistance: Elevating efficiency, HMPE/Dyneema? twine combines low weight, minimal stretch, and high cut resistance. Perfect for small hydraulic winches, it finds its niche in activities like jigging fishing and agriculture. ???? ?? Eco-Friendly Option: Explore the possibility of manufacturing with Dyneema? Bio-based, emphasizing sustainability and reducing environmental impact.?? Customizable Aesthetics: It is available untreated in its natural white form or can be coated in a spectrum of colors and types to suit your preferences. ??

2. Nylon #Twine: Netting Excellence ?? Versatile Net Construction: Our high-quality nylon twine is a go-to choice for crafting and repairing #nets. Specially designed for pelagic fishing, offering high strength and elasticity. ??

3. Polyester: Elevating Performance with High Tenacity Polyester ?? Enhanced Strength: Crafted from high tenacity polyester, being 15% stronger and surpassing Nylon by 10%. ?? ?? Sustainable Options: Consider using recyclable polyester for manufacturing, promoting environmental responsibility.

?? Ideal for Supercatch #Netting: Braided Polyester twine finds its place as the preferred netting twine for Supercatch applications, ensuring durability and strength in every thread. ??

?? At the forefront of sustainability: We offer the possibility to manufacture our twines and ropes with recycled polyester.

Interested in more information or samples? Please don't hesitate to contact us! ???? #SustainableTwines #InnovationInAquaculture #BiobasedMaterials #RecyclablePolyester