Dyneema rope

Short Description:

Introduction

Dyneema Rope is made of Dyneema high-strength polyethylene fiber, and then made into a super sleek and sensitive rope by the use of thread reinforcement technology.

A lubricating factor is added to the surface of the rope body, which improves the coating on the surface of the rope. The smooth coating makes the rope durable, durable in color, and prevents wear and fading.


Product Detail

Product Tags

We not only will try our greatest to offer you excellent services to each individual client, but also are ready to receive any suggestion offered by our buyers for Dyneema rope, In case you pursuit the Hi-quality, Hi-stable, Aggressive price elements, corporation name is your greatest choice!
We not only will try our greatest to offer you excellent services to each individual client, but also are ready to receive any suggestion offered by our buyers for Dyneema Rope, Our company has always insisted on the business principle of “Quality, Honest, and Customer First” by which we have won the trust of clients both from at home and abroad. If you are interested in our products, please do not hesitate to contact us for further information.

Features

Mainly used on plankton trawl nets, it can provide static buoyancy, and the load-bearing capacity is lower than that of Kevlar ropes.

High Strength: On a weight for weight basis, Dyneema is 15 times stronger than steel wire.

Light Weight: Size for size, a rope made with Dyneema is 8 times lighter than steel wire rope.

Water resistant: Dyneema is hydrophobic and does not absorb water, meaning it remains light when working in wet conditions.

It Floats: Dyneema has a Specific Gravity of 0.97 which means it floats in water (specific gravity is a mesure of density. Water has an SG of 1, so anything with SG<1 will float and an SG>1 means it will sink).

Chemical resistance: Dyneema is chemically inert, and performs well in dry, wet, salty and humid conditions, as well as other situations where chemicals are present.

UV Resistant: Dyneema has very good resistance to photo degradation, maintaining its performance when exposed to UV lightHigh Strength: On a weight for weight basis, Dyneemais 15 times stronger than steel wire.

The physical properties of high-strength and high-modulus polyethylene fibers are excellent. Due to its high crystallinity, it is a chemical group that is not easy to react with chemical agents. Therefore, it is resistant to water, humidity, chemical corrosion, and ultraviolet rays, so there is no need to undergo ultraviolet resistance treatment. Corrosion resistance, acid and alkali resistance, excellent abrasion resistance, not only has high modulus, but also soft, has a long flexural life, the melting point of high-strength high-modulus polyethylene fiber is between 144~152C, exposed to 110C environment for a short time will not cause serious performance degradation, etc

Technical Parameter

Style

Nominal diameter

mm

Linear density

ktex

BreakingĀ strength

KN

HY-DNMS-KAC

6

23

25

HY-DNMS-ECV

8

44

42

HY-DNMS-ERH

10

56

63

HY-DNMS-EUL

12

84

89

Dyneema rope is made of Dyneema high strength polyethylene fiber, and then the use of wire body strengthening process to make a super smooth and sensitive rope.The lubricating factor is added to the surface of the rope body to improve the coating on the surface of the rope. The smooth coating gives the rope durability and long lasting colours, preventing abrasion and fading.Mainly used on plankton trawls, it provides static buoyancy and has a lower load-bearing capacity than Kevlar cables.t is more than 10 times stronger than high quality steel, second only to extra-grade carbon fibre, smaller than water and floats on water. Due to its high crystallinity and chemical groups that do not easily react with chemicals. Therefore, it is resistant to water, humidity, chemical corrosion and ultraviolet rays, and does not need to be treated for ultraviolet rays.Corrosion resistance, acid and alkali resistance, excellent abrasion resistance, not only high modulus, but also soft, long flex life, high strength and high modulus polyethylene fibre melting point between 144 ~ 152C, short time exposure to 110C environment will not cause serious performance degradation.


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