The environment in which industrial rope technology is applicable

IRATA industrial rope technology has been widely used in various high-altitude environments in Europe and the United States. However, the exterior wall cleaning and maintenance, waterproof and leakproof, high-altitude signboards, lighting installation, iron column tower rust removal and painting, building glass cleaning, stage performance of lamps, speaker installation and even maintenance, wind power blade maintenance and testing, Bridges, DAMS and various structures of the highly technical work are often used to perform the rope technology. In overseas, rope technology is the safety technology standard.

Advantages of industrial rope technology

Compared with traditional high-altitude working methods such as single-rope sitting board, high-altitude working vehicle, crane, hanging basket, window washer, scaffold, rope technology has the advantages of high safety, little impact on the ground environment, little height limitation, short system erection time, flexible construction (can be constructed by many people at the same time), and even more cost-effective. It is more suitable for use in tall buildings, narrow Spaces, alleys or short time, small scope construction, and difficult situations that cannot be handled by other operating methods. It can also be constructed with traditional aerial work methods to improve its safety and reduce costs.

According to statistics, from 1999 to 2023, not a single technical operator using the IRATA system died on a rope in the world.

8-anchor Engineering Technology (Shenzhen) Co., Ltd. Industrial rope technical service scope

High-altitude work in difficult-to-reach locations in all types of difficult environments (commonly known as Spiderman)

※ High building exterior wall maintenance, curtain wall sealant update, wall painting, painting

※ Building exterior LED light emitting characters, equipment maintenance and replacement

※ Clean and repair the glass curtain wall

※ External wall advertising banners hanging, pasting.

※ Shopping malls, exhibition halls, art decoration hanging

※ Steel structure, cable-stayed bridge cable rust removal, anti-corrosion

※ Stage lighting and speaker installation

※ Aerial removal and installation

※ Difficult environments and high-altitude environments that cannot be handled by other operating methods

Because the curtain wall sealant has reached its service life, local water leakage phenomenon, and a small range of short time maintenance and replacement, the use of industrial ropes to perform this work is very efficient.

The design of modern buildings is becoming more and more complex, and in the final stage of the project, there are some small equipment to be installed, which requires the operator to hang the small lifting equipment on the strong structure, transport the required materials to the installation location, and use rope technology to make the construction more flexible.

Some complex structural mechanical equipment can not reach the work place, rope technology can accurately reach the work without leaving dead corners. For the treatment of special structures, it has always been the place where the rope technology plays its strengths

The use of rope double-rope technology to clean the glass curtain wall is more assured and reliable than the traditional single sitting plate method.

Using rope technology to carry out suspension bridge maintenance operations can reach places that cannot be repaired by traditional methods, and increase the service life of the cable.

Construction on special-shaped structures does not need to spend a lot of cost and time to set up scaffolding, and rope technology is not limited by height and shape. Will help you solve the inconvenience caused by construction.

In recent years, the exterior walls of the building have been decorated with LED lights, which is beautiful and environmentally friendly. When the building is under construction, workers can install it on the scaffolding, but how to construct it after the scaffolding is removed? It is not always possible to put the scaffolding back up for piecemeal installation. At this time, the use of rope technology can safely and effectively solve such problems. 

When working inside the building, the lifting platform can not reach the working face, and large mechanical equipment can not enter. Using rope technology to erect a crossing system to complete the work, construction in confined Spaces has always been a place where industrial ropes play their strengths.

In the construction of the bridge anti-corrosion operation, it can quickly set up the operation team, reduce the dependence on large machinery and equipment, and industrial rope technology has played a great advantage.