If your organisation involves industrial processes, cable management is something you will want to take seriously. With the possibility of using electrical cables in various industrial processes, the safety of your workers is something you will give prime consideration. One of the measures of effective cable management is choosing the best materials for the structures that will carry and distribute the cables. Cable ladders are usually some of the commonly used structures for such purposes. They come in a wide range of materials such as steel, aluminium, and FRP.
Here are reasons why FRP cable ladders are superior to their counterparts.
Strength and Durability
Compared to other conventional materials used to make cable ladders, fibreglass reinforced plastic has a higher strength capacity. This is first because fibreglass is naturally a strong material. In addition, FRP has a high tensile strength, which means that it will withstand huge amounts of pressure without cracking or bending.
Materials such as aluminium and steel have a greater chemical reactivity than FRP. This means that FRP is likely to hold up better to the impact of the environment as well as industrial factors such as rust, corrosion, and chemical reactions.
This chemical and corrosion resistance ability is also essential in terms of maintenance. Since FRP won't rust, you don't have to worry about repainting it, which can lower your maintenance costs significantly.
Customisable
FRP materials can be customised into any design you want because of the moulding capacity of the plastic component in them. This ability gives FRP an upper hand in terms of use because it is flexible for a wide range of cabling applications.
Lightweight
FRP also has lightweight properties making it easier to transport many pieces of the material than it would have to transport as many aluminium or steel pieces or panels. In addition, the lightweight ability makes it easy to handle the material during installation. Easy handling can in turn mean reduced installation time as well as reduced complexity, all of which may translate to slightly lower installation or labour costs.
Poor Electrical and Heat Conductivity
One other unique feature about FRP is that it has poor electrical conductivity, which is unlike aluminium and steel. Therefore, since electricity won't pass through these cables ladders, handling the electrical cables is made easier.
Apart from electrical conductivity, FRP is also a bad heat conductor. This means that the FRP cable ladders can better withstand huge amounts of heat from various industrial processes. For more information, talk to a professional like ArgosFRP.
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