Storage requirements for polymer cables

The ultra-high molecular weight polyethylene cable is made of ultra-high molecular weight polyethylene fibers, which are interwoven with six "S" and "Z" twisted strands, so that the rope will not rotate. This kind of cable is hollow braided. UHMWPE cables have physical characteristics of high specific strength and high specific modulus. The specific strength is more than ten times that of steel wire with the same cross-section, and the specific modulus is second only to super-grade carbon fiber. Secondly, its fiber density is low, the density is 0.97~0.98 g/cubic centimeter, and it can float on the water. In addition, low elongation at break, high work at break, and a strong ability to absorb energy are also one of its many advantages, so it has outstanding impact resistance and cut resistance. Cables made of ultra-high molecular weight polyethylene are resistant to chemical corrosion, abrasion, and have a long flex life. Parking and other fields.

Polymer cables need to be stored in a clean and dry place;

Polymer cables need to be kept away from direct sunlight. Direct ultraviolet rays will accelerate the aging of cables and affect the quality of cables;

Polymer cables should be kept away from high-temperature storage environments, and the long-term storage temperature should be less than 40°C;

When storing polymer cables, they should be kept off the ground and placed on a shelf to ensure overall ventilation; the cables cannot be placed directly on concrete, soil or steel plates;

Polymer cables should be kept away from chemical reagents such as acids and bases under any circumstances;

Main performance

Material: UltraHigh Molecular Weight Polyethylene(UHMWPE)

Construction: 8/12 strand braided

Treatment: marine finish, Offshore

Standard Color: Yellow (also available by special order in red, green, blue, orange and so on)

Approx. Spec. Density 0.975 floating

Melting Point: 145℃

Abrasion Resistance: Excellent

U.V.resistance: Good

Chemical resistance: Excellent

Dry & wet conditions: Wet strength equals dry strength