Ropes

Choosing the right rope is important when working at height.

The use of the different rope types varies depending on the working environment, safety requirements and the specific work operations. With us you will find four different types: dynamic, semi-static, super-static and auxiliary ropes.

But what exactly is the difference between the four?

Semi-static ropes

Semi-static ropes are the most used type in work and protection at height. And is the preferred type in rescue and work operations, as they provide good control and stability. Semi-static ropes have a wide range of applications. And can be used for rope climbing, rescue operations, anchoring systems and to create safety points.

Super static ropes

Superstatic ropes are specially designed to have minimal or no elasticity. They are mainly used in environments where extreme stability and precise positioning are required.

Dynamic ropes

Dynamic ropes have a high degree of elasticity that allows them to absorb and reduce shock loads in the event of a fall. This elasticity helps protect the user by reducing the strain on the body during a fall. Dynamic ropes are not often used in an industrial context, but are more common in sport climbing.

Auxiliary rope

Auxiliary ropes are versatile ropes that can be used for a variety of purposes. Support ropes can be both dynamic and semi-static, depending on the use and the requirements of the work.

Choosing the right rope should be based on a thorough assessment of the work and the specific needs of the current work situation you will be in.

Here are factors to consider when choosing:

Strength

The rope's strength is crucial, as it must be able to withstand the expected load that will occur during work at height. It is important to choose a rope with the correct dimension and sufficient breaking strength to ensure that it does not fail during use.

Material quality

Ropes come in various materials such as nylon, polyester and static core braided rope. Each type has its own characteristics and advantages. Nylon is known for its elasticity and shock-absorbing ability, polyester is resistant to UV radiation and chemicals. Choose a material that best suits the working environment and the specific requirements.

Diameter

The diameter of the rope affects handling and flexibility. Thicker ropes can be more durable and resistant, but they can be heavier and more demanding to handle. Thinner ropes may be lighter and more flexible, but they may have limited strength. Choose a diameter that suits the nature of the work, the equipment it is to be combined with and load requirements.

Wear and resistance

Working at height can expose the rope to wear, weather conditions and chemicals. It is important to choose a rope that is resistant to these factors to ensure long-term durability and reliability.

Compliance with standards

Ensure that the rope meets the relevant safety standards and regulations for working at height. These standards set requirements for the rope's properties and performance.