![]() ![]() Synthetic ropes can be used for ship assist, towing, and escort jobs. Plasma ® Rope can be used in a wide range of offshore working and lifting applications, including deepwater mooring lines, oceanographic lifting and coring ropes, seismic tow ropes, and salvage ropes.Ĭables or lines can be configured with varying buoyancy, fatigue-resistance, and stretch properties for buoy mooring in marine geology, oceanography, and meteorology projects. Let’s take a look at some of the most common applications for Plasma ® Synthetic Rope: Offshore Working and Lifting Lines There are a number of different applications where synthetic ropes can be used for lifting, pulling, mooring, or winching-including those in the construction, shipyard, mining, and offshore and deepwater industries. Plasma ® Synthetic Rope has become more widely-accepted due to its versatility, strength, and flexibility. With synthetic rope slings, you get the strength and durability of wire rope slings, plus the weight-savings and load protection of synthetic roundslings-all in one product. Synthetic rope slings can also be constructed from Plasma ® 12×12 braided construction to create lifting slings that are extremely strong, durable, lightweight, and flexible. The rope fibers can be designed and constructed in a variety of ways to provide different mechanical advantages for lifts-including creep and fatigue-resistance and ultimate flexibility for bending over sheaves and spooling around a drum or winch. Plasma ® rope can be used similar to wire rope as the primary lifting medium used for overhead lifts. High-strength translation efficiency for medium to large diameter ropes.Easy to splice and repair using standard 12 strand splicing techniques.Flexible design for bending applications.This construction provides the user with the following benefits: The patented Plasma ® 12×12 ropes are constructed of a 12-strand braided rope in which each of the 12 strands is a 12-strand rope, or braided primary strand. Finally, a polyurethane finish is applied to the rope to improve snag resistance and sunlight resistance. This process ensures that all filaments are effectively increasing fiber strength efficiency throughout the strand. This process draws the precisely twisted strand through a heated fluid-filled pressurized vessel-creating a constant heat profile throughout the strand’s cross-section. Plasma ® Synthetic Rope is manufactured from High Modulus Polyethylene (HMPE) that has been enhanced by a patented recrystallization process. ![]()
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