Industrial pipes, especially industrial steel pipes, can be susceptible to corrosion. Fortunately, there are many ways you can protect your pipes from such a cruel fate.
You can also take a look at the two most popular types of pipes that are specifically made for corrosion resistance. You can find a brief description below:
Galvanized pipe
Galvanized pipes are basically zinc coated industrial steel pipes. The coating is often applied by a hot dip in which the metal is lowered and immersed in a hot zinc bath. For the most part, you need a pipe that can withstand the acidic, salty, or hot conditions of certain environments. In such cases, a galvanized pipe may be a good option for you. From a reference point of view, you can see the manufacturers of pipe coatings in India.
First, the zinc coating begins to corrode, and after the zinc corrodes completely, the underlying metal slowly begins to corrode. A good conclusion of such a corrosion process is, therefore, that the pipeline remains functional for much longer. Also, galvanizing is generally less expensive than other types of corrosion protection, making galvanized pipes less expensive. As a result, galvanized industrial pipes at Plascorp Australia can offer better protection against corrosion.
FBE tubes
FBE (Fusion Bonded Epoxy) Coating is another popular way to make steel pipes more resistant to corrosion. The FBE coating applied to industrial steel pipes is generally available as a dry powder under normal storage conditions. By placing the tube in its typical application environment, which is primarily between 256 and 482 degrees Fahrenheit or 180 to 250 degrees Celsius, the powder begins to melt and flow onto the steel surface.
Then a chemical reaction occurs and soon the FBE turns into a solid coating that remains permanently in the pipeline. This type of coating process is also known as a “thermoset” coating due to the use of heat in this process. FBE is most commonly used to protect steel pipes that are already in the pipes or that would be installed in the pipes. However, it has a wide range of other applications, including pipe connections, such as valves and concrete reinforcing bars. It is important to know that a professional painter takes two parameters into account when selecting paint systems, in contrast to the already available protective coating formulations. For help, more knowledge and data, you can contact the manufacturers of industrial coatings.
Considerations for selecting protective coatings or paint systems are:
The physical location of the pipe.
When evaluating the location of piping systems, temperature, humidity, UV radiation, exposure to chemicals that generally occur in industrial plants, and possible mechanical damage such as shock, abrasion, etc. are taken into account. For underground applications, the residual moisture content, the pH value of the soil and the possible exposure to microorganisms also play an important role. A complete analysis of water chemistry should be performed before installing an underwater pipeline.
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