Ultra high molecular strength(UHMWPE) rope is made from high performance fiber through specific processing techniques. UHMWPE fiber has high breaking force, low elongation, and superior wear and cutting resistance. High molecular weight polyethylene (UHMWPE) fiber is one of the three high-performance fibers with tensile strength, ultra-low elongation, high modulus and light specific gravity, acid and alkali resistance, ultraviolet resistance, aging resistance, insulation and dielectric properties.
 

Performance Parameters Of UHMWPE Rope

Density 0.97 g/cm3

Strength: 35-40g/d

Modulus: 1000-1500g/d

Elongation: At break 3.5%

melting point: From 135 degrees Celsius to 145 degrees Celsius


UHMWPE Functional Rope

Ultra high molecular weight polyethylene rope is made by adding functional fibers or yarns such as luminous, reflective, and conductive fibers, and then weaving them into a rope, making the rope have special functions. It greatly expands the range of rope use, making it more convenient and safe


UHMWPE Reflective Rope

It is woven regularly from reflective lines and ultra-high molecular weight polyethylene fibers, adding reflective function to ordinary ropes; Features: Soft, bright, long service life, passive photosensitive material, no energy supply required. Reflective wire, also known as reflective wire, is a type of reflective material. The principle of reflective lines mainly utilizes technical processes such as coating, lamination, and lamination. Implanting high refractive index glass microspheres or microprism structures on the surface of the material to form a functional composite material, which then reflects light back to the light source, resulting in reflection phenomena

UHMWPE Luminous Rope

On the basis of the rope, add luminous fiber yarn to make the rope come into contact with light and store the light source, automatically emitting light in areas with low light.

The luminous yarn is spun and twisted from luminous filament fibers, which are functional and environmentally friendly new materials made from rare earth luminescent materials. The fiber is a luminescent fiber made of special spinning materials based on long afterglow rare earth aluminate luminescent materials. The luminous fiber absorbs visible light and can store light energy in the fiber, continuously emitting light for a long time in the dark. In the darkness, luminous fibers emit various colors of light, such as red, yellow, blue, green, and so on. The luminous fiber has brilliant colors and does not require dyeing, making it an environmentally friendly and efficient high-tech product.

UHMWPE Conductive/Anti static Rope

Made of conductive fibers woven with polyester and cotton, it has good conductivity, excellent conductivity, long service life, softness, light weight, easy to knot, and convenient to use.

Conductive fiber function is to improve the electrostatic performance of synthetic fibers and products. The mechanism is that when a conductive fiber approaches a charged body, it uses an electric field to cause its own corona discharge, causing static electricity to neutralize, which belongs to the discharge effect. Conductive fibers include metal fibers, metal coated fibers, carbon powder, metal oxide, sulfide, iodide doped fibers, conductive resin PU coatings and bonding fibers, as well as intrinsic conductive polymer fibers. Most conductive fibers have a protective effect against electromagnetic radiation.

 

Product Specification

  

 

Application Field

High molecular strength ropes are made of high-performance fibers through specific processing techniques, and are currently the most high-strength ropes in the world. In addition to the existing high-strength physical and mechanical properties of ultra-high molecular weight polyethylene fibers, some special functional fibers such as conductive fibers and luminous fibers are also added. Functional fibers have been applied in industry due to their unique functions.

The emergence of this rope has replaced traditional steel wire rope applications, especially in some special industries. It is widely used in many foreign countries for ship mooring, marine rescue, transportation and lifting, etc. Its superior performance has been fully recognized.