The construction, engine exhaust, and wastewater treatment sectors are all industries with distinct differences, but they share one important requirement. All need components that can give them strength and reliability under extreme conditions. One product that can do that is an expansion joint, or flex pipe. If you are unaware of flex pipes, now is the time to understand their importance.
The Construction Industry
Flex pipes are critical when contractors need to build pipes for hot water or steam venting. Because water and steam can cause heat or thermal expansion, builders need a solution so that the pipes don’t crack and clients don’t experience downtime. That is where the expansion joints come in.
These components can absorb the stresses of the pipes expanding and contracting, the weight of a foundational structure, sudden shockwaves, or noises. The products also help your client’s pipe systems last even longer and reduce the need for maintenance.
The Engine Exhaust Industry
Flex pipes also play similar roles in the engine exhaust industry. Not only do exhaust expansion joints need to be able to absorb pipe expansions and contractions, but they also need to withstand vibrations, be gas-tight, and resist corrosion.
Flex pipes also need to withstand high temperatures. Clients in this sector need this because an engine can undergo various temperatures during normal operations. The joints also help bring together the different pieces of an engine’s piping system since they cannot exist in a single piece.
The Wastewater Treatment Industry
Operators in the wastewater sector also need to understand the performance of flex pipes. The joints play a critical role in reducing the vibration in pipes and preventing them from bursting. Such an incident can cause a leakage of substances that people would prefer not to deal with. Plants in this sector should also use joints that can resist corrosion.
Triad Bellows is a trusted expansion joint supplier and an excellent resource for information regarding expansion joint maintenance. To learn more, please visit our webpage!
