WINCH WARPS – DYNICE® COAXIAL

Hampidjan’s DynIce Coaxial Winch Warps are the most advanced high performance winch ropes from synthetic fibers available today, with their unique tight construction and stiffness resembling steel wire. They are also carefully protected under a jacket that is bonded to the strength member.

The Winch Warps have been used in over 200 projects all over the world, from fishing and Oceanographic vessels, on offshore winch systems, in salvage operations and where quality engineered solutions are of importance. The Warps have proven to be easy to spool, just as steel wire, and have comparable strength per diameter as steel wire as well.

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Electrical conductivity with extreme pulling power.

DynIce Coaxial Winch Warps are patented advanced high performance winch ropes with the unique tight Warp construction and stiffness resembling steel wire. They can be spooled automatically and the strength members are carefully protected under a durable cover.

In addition of being offered with an MBL exceeding 1.000Te, they are now available with up to 8 coaxial cables for data transfer and electrical current, for subsea data connections and power, no matter how deep you need to go.

Incorporating the latest technology in our proven, field tested, Winch Warp line of products, Hampidjan has set a new milestone in product development, incorporating in its Warp constructions the excellent strength and abrasion resistance of DynIce with coaxial conductivity. DynIce Coax Winch Warps are based on our standard DynIce Warps which have a proven history in Oceanographic, offshore and fishing industry worldwide, all warp constructions are suitable for both drum and traction winches.

DynIce is Hampidjan’s trademark for ropes made from Dyneema fibers, from DSM Dyneema. DynIce ropes are impregnated 12 strand ropes, with or without cover and core. There are several grades of Dyneema raw material, and different impregnations, each intended for specific uses. Dyneema fiber is a high-strength, high-modulus polyethylene fiber that combines excellent mechanical properties with low density, resulting in high performance-on-weight basis and stronger than steel ropes in the same diameter.

The sunken F-1 motors of the Apollo 11 space shuttle were successfully recovered from 4200 meters outside the Florida cost, using DynIce Winch Warps.

 

Denith Engineering in Cape Town designed a system with DynIce Winch Warp for salvage operations at 6.000mtrs, the proven track record of the DynIce Winch Warps and the tight construction were the main selection criteria.

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