There are numerous industrial uses for IS 1239 Welded Pipes Suppliers for various industries, all of which are very beneficial. Here are some uses for these pipes, including steel gates and windows, oil refinery piping, industrial water lines, temporary fencing, road slide railings, structural and fabricated works, industrial water lines, plant piping, road barriers, parking barriers, and more. Before sending them to our customers, our Is 1239 Pipes Welded Pipes are rigorously checked using various material testing techniques to assure their quality. The material is tested using the following methods: hardness testing, mechanical testing, pitting resistance testing, micro & macro testing, chemical testing, PMI testing, IGC testing, etc.
IS 1239 YST 240 Pipe Application:
- IS 1239 Class C Pipes used in Pump Oil or Gas
- IS 1239 YST 310 Pipes material for Refineries
- Compressor Stations
- Natural Gas Transmission IS 1239 Pipes
- Steam Conduction
- IS 1239 Grade Class C MS Piping material for Generator Plants
All of the foregoing welding methods work well with carbon steel IS 1239 pipes. Having said that, it is crucial to remember that a welded pipe made from any material would perform effectively under around 20% less pressure than a seamless pipe made of the same material. This carbon-based IS 1239 Mild Steel Pipe is intended for use in the transportation of water as well as non-hazardous gases, air, and steam. According to this standard, the size range for IS 1239 Carbon Steel Pipe is between a nominal bore size of 6 mm and a nominal bore size of 150 mm. Typically, applications involving moving only are authorized for medium and heavy IS 1239 Steel Tubes.
The manufacturing procedure must follow the Indian standard Is 1239 Pipes if it uses a hot-rolled steel strip. Additionally, these steel sheets and strips must adhere to Is 1239 Pipes if cold-rolling is employed in their production. The seamless IS 1239 construction pipes have been completed using either the hot-finishing or cold-finishing methods. A hot-finished welding method, an electric resistance welding process, or a high-frequency induction welding process might all be used to create welded tubes, on the other hand.
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