Heating pipes and valves is an important need in many different places, especially in industrial areas. It is necessary to heat the pipelines, prevent freezing and successfully follow the heat. Heatingx Pipe and Valve Heating Systems integrates pipe and valve heater systems (heat trace) to many organizations.
It is extremely important that the fluidity of the said materials does not deteriorate and that the danger of freezing is not experienced during the transfer of fluid materials. The value created by the business and the products it produces are also evaluated within this framework. It is possible with heater cables to prevent the pipes containing the fluids from losing heat and to keep them at the desired temperatures.
Pipeline Heating Systems and Use of Heating Cables
In recent years, it can be noticed that the use of electrical heating cables in industrial facilities has intensified, and the systems using steam and hot water have decreased. The point that draws attention here is that the cables in question are safe and that energy efficiency is ensured according to different powers. At the same time, these systems stand out as they can be easily controlled.
Heating cable systems with very low installation costs, automations of these systems and all kinds of control mechanisms can be easily adapted.
The most noticeable in the framework of pipeline heating and valve heating systems is the use of self-limiting cables. These cables are especially preferred because they prevent the occurrence of problems such as overheating that can get out of control and create disasters.
Series Resistance Heating Cables
These cables, which can be used for many years and can withstand very high temperatures, can be evaluated in the systems of various organizations. They are preferred due to the fact that there is no need for maintenance for the heating cables, and the system and energy control is very easy. These systems are a great advantage as reducing energy consumption by controlling it will reduce the costs of the enterprises.