IS 1239 Part 1 ERW Steel Pipe, 3 Inch, STD, PE Ends

IS 1239 Part 1 ERW Steel Pipe, 3 Inch, STD, PE Ends
IS 1239 Part 1 ERW Steel Pipe, 3 Inch, STD, PE Ends
IS 1239 Part 1 ERW Steel Pipe, 3 Inch, STD, PE Ends
IS 1239 Part 1 ERW Steel Pipe, 3 Inch, STD, PE Ends
IS 1239 Part 1 ERW Steel Pipe, 3 Inch, STD, PE Ends
IS 1239 Part 1 ERW Steel Pipe, 3 Inch, STD, PE Ends
IS 1239 Part 1 ERW Steel Pipe, 3 Inch, STD, PE Ends
IS 1239 Part 1 ERW Steel Pipe, 3 Inch, STD, PE Ends

Key Specifications / Features

IS 1239 ERW Steel Pipe Manufacturer: IS 1239 Part 1 ERW Steel Pipe, 3 Inch, STD, PE Ends, Hot Rolled Galvanized, Welded, Zinc Coating.
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Detail Information

Welded Galvanized Steel Pipe 3 Inch STD ERW Galvanized Carbon Steel Pipe

Type: Welded Galvanized Steel Pipe.
Standard: IS 1239.
Zinc Coating Thickness: 230 g/㎡.
Material and Grade: IS 1239 Part 1.
Manufacture Method: Hot Rolled.
Size: 3 Inch STD.
End Type: PE.
Surface Treatment: Hot dipped galvanized.
Independence Inspection: Chemical Test, Mechanical Test.
Application: For Greenhouse Frame, Water, etc.
Packing: Pallet, in bundles with Steel Strips or As Your Requirements.

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FAQs

A cam lock is a compact, cylindrical locking device commonly used to secure cabinets, drawers, lockers, and enclosures. It operates through a rotating metal arm, known as a cam, which turns when the correct key is inserted. Depending on the design, the cam typically rotates 90° or 180° to lock or unlock the door, panel, or compartment.

A tubular cam lock features a circular key and a cylindrical pin arrangement. Compared with traditional flat-key cam locks, tubular locks provide greater resistance to picking and tampering. They are frequently installed in vending machines, lockers, gaming equipment, cash boxes, and other applications requiring higher levels of security.

Valve stem packing is a critical sealing component installed around the valve stem inside the bonnet area. Its primary function is to prevent internal media (gas or liquid) from leaking to the external environment while still allowing smooth linear or rotary movement of the stem.

In industrial applications such as oil & gas, petrochemical, and power generation, packing acts as a dynamic seal that must withstand continuous friction, pressure fluctuations, and thermal cycling. Unlike static seals, packing is constantly in contact with a moving component, making material selection and compression design extremely important.

High-performance packing systems are often designed to meet low-emission requirements such as API 622 and ISO 15848-1, ensuring fugitive emissions remain within strict environmental limits.

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