Mobile Applications Market
The demands for energy and signal sending needs in mobile applications have been growing considerably, with greater agility becoming increasingly necessary in industries, ports and buildings.
Ship loading and unloading times are always decreasing. Movement in industry and buildings requires faster, more reliable systems that work uninterruptedly. Because of this, gantry systems, cranes and elevators are required more extensively. A workflow without downtime is expected. The reliability of cabling systems is a fundamental requirement in this segment. E-chain systems and robotics are a prerequisite for an industry that enters its 4th era, with the birth of industry 4.0, taking automation to levels never before achieved.
To stay ahead of their international competitors, industries and ports need reliable products. Cables based on PU, TFE, TFP, CECO, CEAC and other materials, as well as the secrets behind the construction of these products, lead our products to excellence.
The costs of downtime due to incorrect use of cables, which differ from those for mobile applications, have led to downtime and high costs for the entire industrial value chain, leading entire systems to become dependent on excessive maintenance, with unnecessary downtime and risks to the final result. of the business.
The construction of cables for mobile use is a science that requires constant testing, reliable calculations, product construction know-how, a special manufacturing system, among other requirements that only research can perfect.
One of the main elements in the performance of cables for mobile applications is to avoid as much as possible the well-known “corkscrew” effect where premature breakage of the cable core occurs. In order to minimize this occurrence, it is necessary to construct it appropriately so that it can last from 1 to 15 million cycles (depending on the cable used).
The main characteristics of the cables for mobile applications developed by Innovcable are:
- Exhaustive testing
- Highly durable central element
- Special extrusion to completely fill the interstices
- Closed mesh with fine threads.
- Mesh closure angle
- Twisted in bundles or layers (depending on cable design)
- Extruded coating with high performance materials