The most reliable all-purpose rope!
Improved Mixed NIKA-Steel® 12/24-strand ropes are constructed according to EN ISO 10556 § 5.2.1. The cover yarns of each strand of fibre ropes are made with polyester fibres covering a polyolefin core and contain a minimum of 40 % by mass of polyester fibre.
Their mechanically balanced structure, protect the strand layers against abrasion while achieving high breaking strengths.
Ultra Mixed NIKA-Steel® 12/24-strand ropes are constructed using specially twisted yarns of NIKA-Steel® fibers with High Tenacity Polyester fibers (in a 50% – 50% w/w combination respectively) in the outer layers of the strand. Each strand is composed of mixed NIKA-Steel® / HT Polyester yarns in the outer layers and NIKA-Steel® yarns in the core layer.
Their mechanically balanced structure, accordant to EN ISO 10556 specification, protects the strands’ outer layers against abrasion while achieving extra high breaking strengths.
Single Braided 12/24-strand ropes are constructed by mixed twisting NIKA-STEEL® and Polyester yarns in the outer layer of the strand (MIXED NIKA-STEEL®).
Their layout is fit for applications requiring abrasion resistance properties.
They have excellent resistance to abrasion (Polyester cover yarns) wet/dry, sunlight (as Polypropylene yarns are more than adequately protected by the external Polyester yarns) & chemicals, good resistance to cyclic loading and maintain the same performance wet/dry.
NIKA-Nylon 12/24-strand ropes are 100% Nylon (Polyamide) ropes fit for applications requiring elasticity and shock absorption properties.
They have very good resistance to abrasion, sunlight, chemicals and cyclic loading.
When wet they lose approximately 10% of their dry breaking strength which is recovered once dry again.
NIKA-Polyester 12/24-strand ropes are 100% Polyester ropes fit for applications requiring abrasion resistance, moderate elasticity and shock absorption properties.
They have excellent resistance to abrasion, sunlight, chemicals and cyclic loading wet/dry. Polyester fibers possess the best endurance among all the high tenacity fibers.
They are produced according to international standards such as DIN EN ISO 1141 & CI 1304.