Polyamide (Nylon) 24-strand braided cords with core
24-strand cords are made from 100% UV-stabilized high tenacity nylon. The distinguishing feature of polyamide cord is their good resistance to abrasion as well as high breaking load. Perfect elongation at breaking load: approx 35%. This makes it a good shock absorber. Polyamide cord found wide using in the marine transport, the cargo handling and in fishery, hobby and construction as auxiliary cord.
Polyamide (Nylon) 16-strand braided cords without core for net makers
16-strand cords without core are made from 100% UV-stabilized high tenacity polyamide specially for net makers. The distinguishing feature of polyamide cord is their high tenacity and resistance to abrasion. Perfect elongation at breaking load: approx 40%. These Nylon braided cords found their standard application in the fishery for fishing nets production.
Polyamide (Nylon) 48-strand braided cords with core
48-strand cords are made from 100% UV-stabilized high tenacity nylon. The distinguishing feature of polyamide cord is their good resistance to abrasion as well as high breaking load. Perfect elongation at breaking load: approx 35%. This makes it a good shock absorber. Polyamide cord found wide using in the marine transport, the cargo handling and in fishery, hobby and construction as auxiliary cord.
Polyamide (Nylon) 16-strand braided cords with or without core
16-strand cords are made from 100% UV-stabilized high tenacity polyamide. The distinguishing features of polyamide cord are their good resistance to abrasion and high breaking load. Perfect elongation at breaking load: approx 35%. It makes cord a good shock absorber. Polyamide cord found wide using in the marine transport, the cargo handling, the fishery and hobby, construction as auxiliary cord.
Polyester 24-strand braided cords with core
24-strand cords are made from 100% high tenacity polyester and characterized by their resistance to climate conditions and excellent UV-resistance. This cord has high abrasion resistance and high breaking load. In comparison with polyamide cord, polyester cords are more flexible in wet condition. Elongation at breaking load is approx 20%.