What is BS EN 10217-3 - Welded steel tubes about?
BS EN 10217 is a series of European standards on welded steel tubes that discusses the best procedures and specifications required for manufacturing high-quality electric welded and submerged arc welded alloy fine grain steel tubes. BS EN 10217-3 is the third part of a series of documents on welded steel tubes. BS EN 10217-3 specifies the technical delivery conditions for two test categories of electric welded and submerged arc longitudinally (SAWL) or helically (SAWH) welded tubes of circular cross-section, made from weldable fine grain steel.
Who is BS EN 10217-3 - Welded steel tubes for?
BS EN 10217-3 on welded steel tubes for pressure purposes is relevant to:
- Welder
- Manufacturer of steel tube
- Structural engineer
- Automobile Manufacturer
- Manufacturer of pressure appliances
Why should you use BS EN 10217-3 - Welded steel tubes?
Steel tubes and pipes can be used for a whole range of applications from building services to critical requirements involving gas or chemicals, it is important that the user select the most suitable tube or pipe type and grade.
BS EN 10217-3 specifies the grain size, manufacturing process, mechanical properties, chemical composition of steel tube, straightness, dimensions, masses and tolerances, welding procedure, inspection methods, non-destructive testing personnel requirements.
BS EN 10217-3 exemplifies the required mechanical properties, chemical composition, dimensions, masses, and tolerances that help you achieve precision in terms of product functionality and specification.
As a user of BS EN 10217-3, you can be ensured of the properties and characteristics of welded steel tubes. With obedience and compliance to BS EN 10217-3, you can efficiently manufacture high-quality electric welded and submerged arc welded alloy fine grain steel tubes. With BS EN 10217-3 you can be ensured that the products consistently meet and exceed quality assurance targets. BS EN 10217-3 provides you with comprehensive information useful throughout the process of production.
