High Performance Synthetic Rope

High Performance Synthetic Rope delivers the strength of wire rope at a fraction of the weight, using advanced fiber materials like Spectra (HMPE), Dyneema, Vectran, and other engineered synthetics. These ropes are lighter, easier to handle, and float on water — offering significant advantages in applications where rope weight, handling effort, and operator fatigue are concerns.

High-performance synthetic ropes are non-sparking and non-conductive, making them suitable for use in explosive atmospheres and around electrical hazards where wire rope would pose unacceptable risk. Their high strength-to-weight ratio also makes them the preferred choice for heavy-lift rigging where reducing sling weight directly increases the net payload the crane can handle.

In addition to high-performance fibers, Amick stocks and professionally splices standard soft ropes including manila and polypropylene for general-purpose applications like taglines, guideline ropes, and non-critical rigging tasks.

Amick stocks high-performance synthetic rope and provides professional splicing services from our Pittsburgh facility.

Wire rope strength at a fraction of the weight — high-performance synthetic rope from Amick in Pittsburgh. Call 412-429-1212.

Type

High-performance synthetic rigging rope — HMPE (Spectra, Dyneema), Vectran, and other engineered fibers. Also manila, polypropylene, and standard synthetic soft ropes.

Applications

Heavy lift rigging, offshore and marine operations, utility and power line work, arborist operations, towing, and any application requiring high strength with light weight, non-sparking properties, or non-conductivity. Standard soft ropes are used for taglines, guideline ropes, and general-purpose rigging support.

Exceptions

High-performance synthetic ropes have different temperature limitations than wire rope — HMPE fibers (Spectra, Dyneema) begin to lose strength at temperatures significantly lower than wire rope's 400°F limit. Consult the rope manufacturer for specific temperature ratings. Synthetic ropes are susceptible to UV degradation with prolonged sun exposure and must be inspected for fiber damage, abrasion, glazing, and stiffness. Inspect per ASME B30.9 synthetic rope sling criteria. Do not use synthetic rope in applications involving sharp edges without proper protection. Splicing must be performed by qualified personnel using manufacturer-approved methods.