Notes

bs 1387 galvanized steel pipe factories
BS 1387 outlines the specifics for the usage of galvanized steel pipe galvanized steel fittings, and joints necessary for transferring gas, water, and oil. The applicable range for these standards cover galvanized pipes between ½ inch to 24 inches in width.

In 1985, BS 1387 was issued and remained valid until 1999 when it was replaced with the reissuance of an improved version in the next year. The new title read, “Specification for screwed and socketed steel tubes and tubulars and for plain end steel tubes suitable for welding or for screwing to BS 21 pipe threads” - a significant improvement on its original created to accommodate the needs of the current market.

BS 1387 has been supplanted by two contemporary standards.

BS EN 10255:2004 identifies a particular grade of non-alloy steel pipe that has been cautiously designed for welding and threading. This formidable type of tubing can be relied upon for practicality and fortitude as it is created in order to meet the rigorous requirements of the modern industry.

BS EN 10217-1:2002 details the technical delivery conditions of non-alloy steel tubes with specific properties when tested at room temperature. Those tubes are suitable for use in pressure-sensitive applications and welding is typically part of the manufacturing process.

The passage of time has effected not only cosmetic changes in the pipe fitting industry such as the transition from BS 1387 to BS EN 10255, but physical alterations as well; for example, the new pipes feature a thinner minimum wall thickness of 1.6 mm, as opposed to the old 2.0 mm.

Hot-dip galvanizing and electro-galvanizing are the two distinct processes employed in galvanized steel pipe factories.

For corrosion-resistant protection of iron or steel, a method known as hot-dip galvanizing is used. This is a process whereby the component is immersed in a bath of molten zinc, coating the surface to form a thin layer. This layer of zinc acts as a shield for the steel, shielding it from the damaging effects of corrosion.

A plethora of applications utilize hot-dip galvanized steel, including but not limited to:

By immersing iron or steel in a special bath of electrolytes, electro-galvanizing provides a protective layer of zinc that inhibits corrosion and guards the base metal. This barrier defends against the corrosive effects of its environment, and ensures the longevity of the steel.

Applications for electro-galvanized steel abound, ranging from automotive and aerospace to telecommunications and construction.

Galvanized steel pipe is an ideal choice for many applications due to its advantageous properties. Its durability, cost-effectiveness, ease of installation, and long lifespan make it a highly desirable material. Furthermore, as it is relatively low-maintenance and can be recycled, it is a truly worthwhile purchase.

Galvanized steel pipe is a staple in many businesses and industries around the world, and can be found utilized for a variety of purposes. From engineering construction, water and gas transportation, to power and telecommunications, these unassuming yet hardy pipes have become the go-to choice for establishing and maintaining infrastructure.

A Range of Galvanized Steel Piping Options Are Available

Every variety of pipe has a distinct set of pros and cons.

Through the process of welding, steel strips are joined together to produce welded pipes that serve as ideal solutions for low intensity applications.

For applications requiring immense amounts of pressure, seamless pipes are the best choice. They are formulated by pulling a steel billet through a precisely designed die.

Molding a steel plate into a tube and then joining the edges together via welding creates an ERW pipe meant for use in lower pressure applications.

Steel plates are moulded into the form of a tube and thereafter permanently woven together for the production of LSAW pipes. https://www.shenzhoutongsteel.com/LSAW-Line-Pipe-pd47684679.html of pipe is especially suitable for high-pressure conditions.

Two sheets of steel are intricately joined together, forming a DSAW pipe that is capable of handling hefty levels of pressure.

Strips of steel are intricately formed into a curved, helix-like shape to create a spirally welded pipe—ideal for tasks that require high pressure and durability.
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