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Kevlar (Aramid) Rope
Brief Introduction
The Kevlar rope used for mooring is a kind of composite rope, which is braided from arrayan core material with low helix angle, and the outer layer is tightly braided by extremely fine polyamide fiber, which has high abrasion resistance, to obtain the greatest strength-to-weight ratio.
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Dyneema (Ultra-high molecular weight polyethylene fiber) Rope
Frankstar (Ultra-high molecular weight polyethylene fiber) Rope, also called dyneema rope, is made of high-performance ultra-high molecular weight polyethylene fiber and is precisely crafted through an advanced wire reinforcement process. Its unique surface lubrication factor coating technology significantly enhances the smoothness and wear resistance of the rope body, ensuring that it does not fade or wear out over long-term use, while maintaining excellent flexibility.
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Aramid Fiber Rope
Engineered for the marine environment, this line combines an aramid-fiber core with a polyamide-fiber outer construction. A low-helix-angle braid and pre-stabilized construction minimize break elongation, ensuring stable station-keeping. The high-density surface weave maximizes abrasion resistance, while a dual-color identification system simplifies sub-sea installation. Multi-layer reinforcement withstands extreme sea-state impacts, making the line ideal for high-load applications such as subsurface buoy and mooring-anchor systems.
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UHMWPE High-Performance Rope
Engineered from premium ultra-high-molecular-weight polyethylene (UHMWPE) fibers and refined through an advanced rope-body enhancement process, Frankstar UHMW-PE Rope features a proprietary surface-lubricant coating that markedly increases smoothness and abrasion resistance. The special treatment taken by Frankstar locks color fastness and preserves long-term flexibility, ensuring the rope remains supple even after extended service.
