Spectra fiber rope. Spectra fiber is made from a High Modulus .
Spectra fiber rope. Spectra fiber is made from a High Modulus Home Fiber HMPE, Dyneema & Spectra Rope HMPE, Dyneema & Spectra Rope HMPE stands for High Modulus Polyethylene. HMPE fibers have a low melting point, however are some what resistant to water, moisture, most chemicals, and UV radiation. Products made from Spectra fiber are widely used round the world for heavy marine and offshore applications. We specialize in ropes for tree climbing, rescue work, boating, industrial applications, and marining. . Novabraid's lightweight cut-resistant rope features a unique Spectra fiber construction that yields very high strength and overall durability. Over time, winch ropes can wear out due to kinks, frays, or visible damage, making it essential to replace them. Smittybilt's synthetic ropes are made from 100% Spectra engineered fiber, designed for strength and durability under the toughest conditions. Spectra fiber is much lighter than steel wire for a given strength, which makes the work environment safer by alleviating strain on dock and mooring workers, reducing cuts, pinched fingers, back injuries and joint damage. It is available in multiple deniers (650 - 5600). Spectra® 12 strand provides very high strength, low stretch and excellent abrasion resistance in a single braid construction. Fiber Capability Guide Honeywell Spectra® Fiber: Lightweight Strength From lifting ropes that lower critical equipment to the sea floor, to cut-resistant gloves and high-performance fishing line, Spectra fiber has been providing lightweight, dependable strength in demanding applications for more than 20 years. This rope offers incredible resistance to abrasion and chemical ware, as well as exceptional flex fatigue. Rope: Spectra® fiber’s lightweight strength and versatility make it an ideal solution for virtually every rope and cordage requirement. A world-class strong and durable 12strand High Modulus rope made of Honeywell’s powerful HC Spectra ® fibers. Most people know HMPE by such names as Spectra or Dyneema Fibers. Novabraid's Spectec hollow braid rope features 100% spectra fiber construction for the highest strength to weight ratios available in a synthetic rope. Spectra rope has one of the highest strength to weight ratios of the performance fiber ropes available, and can be up to 10X lighter than an equivalent strength steel cable. Fishing Line: The super-line material found in the world’s best saltwater and freshwater fishing lines Spectra ® Rope fiber has one of the highest strength to weight ratios of any manmade fiber. The S-12 is available exclusively from Pelican Rope, which is made with a cover featuring Honeywell’s trademark Spectra Fiber. Applied Fiber Manufacturing provides Spectra rope and improves the strength of Spectra rope through advanced termination end fitting technologies and rope assembly technologies. The equivalent weight rope, it is over 3 times as strong as Industrial Marine For decades, Spectra®-made ropes have been used as a replacement to steel wire in heavy- duty lines for the marine industry. An ideal choice for steel cable replacement, marine and rigging lines, utility and winch lines, and barge and mooring lines. The Spectra® S-900 fiber was the first commercially available extended-chain, high-strength polyethylene fiber and the first in a series of Spectra® fibers. Manufactured in light blue color, Spectra-Siri S-12 ® stands for a high level of operational efficiency and quality performance. Insist on ropes, cords and netting with Spectra® Fiber For a wide range of rope applications such as industrial marine, towing, lifting, mooring, offshore rigs, rescues, adventure sports and more, make sure your materials are made with Honeywell Spectra fiber — the premium HMPE fiber in the world. SPECTRA-Siri S12 ® ropes are 12 strand High Modulus ropes, combining the excellent properties of Honeywell’s HC Spectra ® fibers and an insuperable The S-12 Synthetic Stainless Rope is also able to float and maintain strength even in freezing temperatures, with a melting point of 300°F and loss of strength at 150°F. tuq rpvxpr ifknkv ykdd pyvw mljkuc jvgvra vdii rbbl xucnr