To supply electricity, conduit pipes are used. Flexible conduits can be used for other purposes. It is typically installed by electricians when installing electrical equipment. All conduits must be installed with compatible fittings. Conduit absorbs energy from its related elements and develops its own power. You have many options when it comes to electrical conduit. They can be made of metal, plastic or fiber, depending on their purpose. To improve safety, conduit pipes manufacturer used multiple forms of installation. Modern constructions require that conduit pipes last for their entire life. Conduit pipe can also be used for future projects such as building offices, homes, shopping centers, and other buildings. These are some of the many uses and types that conduit can be used for.
Rigid Steel Conduit or RMC:
It is also the most costly conduit and heavy metal conduit. It can be used outdoors to protect against weather damage and wind gusts, as well as falling branches. Utility companies prefer it because of its durability. It can support cables, panels, or any other equipment. RMC can also be ordered in lengths of 10-20 feet, with thread at each end.
Intermediate Metal Conduit/IMC
It is thinner than RMC, but lighter than RMC. It can be used exactly the same as RMC. It is a good choice for new construction sites.
Electro-metallic tubing and EMT
This is the most popular galvanized iron. It can also be made from aluminum.
EMT is lightweight and can be used frequently in modern times. It is made of thin-walled or conduit.
Flexible steel conduit, or FMC
Because of its spiral construction, it is easy to drill walls.
Many Indian companies manufacture conduit pipes in Jaipur Bangalore and Delhi.
Conduit pipes are selected for their cost-effectiveness, mechanical protection, and resistance to corrosion. Conduit pipes offer many advantages. Conduit pipes are safe to drink, can last a long time, provide UV protection, temperature control, and pressure controls, are easy to install, cost-effective and don't support burning. They also have low thermal conductivity, which makes them less likely to cause bacterial infections.
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