What Are Polypropylene Danline Ropes?

A Polypropylene Danline Rope is a thick, strong cord made by twining Polypropylene as well as Polyethylene fibres in a yarn construction. Available in various lengths and thicknesses, this rope serves different applications and shows extreme UV resistance. It is buoyant and has low stretch properties. The product is much appreciated for their incredible durability as well.

Polypropylene, which is a versatile polymer, can act like a fibre as well as a plastic. It offers the needed flexibility to the rope. Because this polymer has a high melting point, products made of polypropylene are suitable for extensive industrial usage.

On the other hand, polyethylene is a vinyl polymer, which anneals at about 100 degree Centigrade, is suitable rigorous outdoor usage. It does not absorb water and remains floatable. PP Danline ropes contain both the polymers, which make the rope of choice amongst consumers.

Prime Features Of Polypropylene Danline Ropes

PP Danline ropes show high Breaking Strength and are extremely lightweight. They are flexible, yet heavy duty. They are known for their durability and uniform lay. This apart, these ropes can resist abrasion very well. They are treated to be UV resistant and built to float on water without losing their Breaking Strength. These ropes show excellent outdoor service life.

These ropes can absorb shock like no other rope and also have high load bearing capacities. They are resistant to most chemicals, including acids and alkalis and hence, free from corrosion even in the deepest levels of marine environment. Because of their flexible and smooth body, they can retain their shape and remain crack proof.

They are non-shrinkable, absolutely eco-friendly, and can stand extreme weather conditions. They can be availed in a variety of colours, diameters, and coil length. Most of all, they are a robust and cost effective solution for application in myriad fields. It is because of their convenience that they are the most preferred ropes in the market.