Dyneema Rope Specs

3 shows how dyneema ropes behave over a period of time.

Dyneema rope specs.

Creep can often have a negative effect on a rope s performance and strength when ropes are subjected to high loads for extended periods. Match the diameter of the line to the application. In addition the product is flexible and resists flex fatigue and abrasion. Ropes with dyneema are replacing steel wire in many varied applications and marlow as ever are at the forefront of the dyneema revolution chief among these new applications is wire rope replacement on winches.

Amsteel is a non rotational samthane coated 12 strand single braid that yields high strength and low stretch. This versatile grade is used in most marine applications like ropes lines nets and lifting gear. Today we remain the leader in high performance synthetic ropes. It has a lower tenacity and is used in netting applications and in rope.

The extension over time graph fig. Standard working loads on sheets halyards and control lines are usually calculated at 20 of a line s breaking strength. They are also easy to. Dyneema has transformed the performance of heavy industry by making ropes lines slings and synthetic chains much lighter and more durable.

Dyneema sk75 is the multi purpose grade. Engineers that work smarter choose dyneema. Rope specs amsteel blue dyneema as 78 single braid breaking strength. Dyneema fibers for marine and industrial applications.

Dyneema exhibits creep and is important to understand how this affects a rope s elongation characteristics. Originally championed in the recreational 4x4 market marlow is now pioneering the use of winch lines with dyneema in the roadside. Sgt knots dyneema rope hollow braid rope 7 64 inch 2 5mm lightweight 12 strand dyneema cord for whoopie slings hammocks arborists boating camping diy 25 ft 600 ft 7 colors 4 6 out of 5 stars 108. Equivalent to wire rope with 1 7th the weight.

A game changer for efficiency and safety. Dyneema sk62 is an intermediate grade. Operate safely and efficient in ultra deep waters with ropes made with dyneema. In 1878 jp tolman a member of mit s first graduating class founded the jp tolman company.

Greater line holding working loads are achieved by increasing the diameter of the line. Slings with dyneema offer the same strength at one seventh the weight of steel ones.