A number of industries, including the construction, automotive, and aerospace industries, are significantly impacted by the production of metals and welding techniques in particular.
The adoption of international standards is crucial for ensuring the highest levels of quality and safety.
In this article, the importance of adhering to international standards is examined, along with the advantages of doing so and how they help to promote global trade and harmonization in the metal manufacturing and welding processes. International standards provide guidelines and specifications for metal fabrication and welding procedures, ensuring uniform quality across various producers and industries.
Manufacturers can increase product performance and reliability by adhering to these standards, which will increasecustomer satisfaction.
You will get to know the majority of them today.
General guidelines for the use of metallic materials in additive manufacturing of metals (ISO/ASTM 52931:2023)
EN ISO/ASTM 52931:2022
International standards compliance guarantees that metal fabrication and welding procedures adhere to strict safety standards.
By focusing on elements like material properties, structural integrity, and worker safety, these standards reduce the possibility of mishaps, injuries, and defective products.
The environment, consumers, and workers are all protected when these standards are followed. EN ISO/ASTM 52931:2023 is one of these standards.
In relation to additive manufacturing with metallic powders, this document offers guidelines and requirements for risk assessment as well as the implementation of preventative and safety measures.
The risks discussed in this document apply to every component of the manufacturing process, including waste management.
For the design of machinery and equipment used in additive manufacturing, this document does not outline any specifications.
Transparent welding curtains, strips, and screens for arc welding processes according to ISO 25980:2023
EN ISO 25980:2023
The transparent welding curtains, strips, and screens that must be used in workplaces where arc welding is being done must meet the safety requirements outlined in this document. They are made to protect people who work close to arc welding processes but are not actually doing the welding from dangerous levels of optical radiation and spatter. They are designed to lessen the arc's uncomfortable glare while still allowing enough light to pass through to allow visibility into the workspace behind.
The transparent welding curtains can be used in other applications as long as the transmitted infrared irradiance is below applicable exposure limits and the UV- and blue-light emissions are lower than in arc welding.
They are made to be used a minimum of one meter away from the arc.
This document's recommendations for welding curtains, strips, and screens are not meant to take the place of welding filters.
Other forms of protection, such as those described in ISO 16321-1 and ISO 16321-2, are used when welding arcs are intentionally viewed.
Laser radiation protection, which is covered by ISO 19818-1, is not covered by this document.
Building trust and confidence with international partners is made simpler when manufacturers adhere to widely recognized standards.
By removing trade restrictions and streamlining cross-border trade in goods and services, compliance with these standards fosters global cooperation and market access.
Health and safety in welding and associated processes – Transparent welding curtains, strips, and screens for arc welding processes
International standards encourage process optimization, which boosts productivity and brings down costs in the manufacturing and welding of metals.
Manufacturers can reorganize processes, reduce waste, and increase productivity by implementing standardized practices, like ISO 25980:2023.
In workplaces where arc welding is being done, this document specifies the safety requirements for transparent welding curtains, strips, and screens.
They are made to protect people who work close to arc welding processes but are not actually doing the welding from dangerous levels of optical radiation and spatter.
They are designed to lessen the bothersome arc glare while still allowing enough light transmission to allow visibility into the workspace behind.
As long as the UV- and blue-light emissions are lower than in arc welding and the transmitted infrared irradiance is below applicable exposure limits, the transparent welding curtains can also be used in other applications.
The welding curtains, strips, and screens described in this document are not meant to be used in place of welding filters; rather, they are intended to be used at a distance from the arc of at least 1m.
Other forms of protection are used for willful viewing of welding arcs; see ISO 16321-1 and ISO 16321-2.
This document does not apply to laser radiation protection, which is covered by ISO 19818-1.
The elimination of redundant processes, the reduction of errors, and the optimization of resource allocation all result in cost savings when materials, measurements, and procedures are consistent. This standard promotes the creation and use of innovative tools, materials, and methods.
Manufacturers can improve their competitiveness, advance the industry, and satisfy changing customer demands by embracing advancements.
Occupational health and safety management systems - General recommendations for putting ISO 45001:2018 into practice
SIST ISO 45002:2023
Clear guidelines, definitions, and terminology are established by international standards like SIST ISO 45002:2023 that cut across national boundaries and linguistic barriers.
These standards promote global cooperation and eliminate trade-related technical barriers by harmonizing manufacturing processes, testing procedures, and product requirements.
Both manufacturers and consumers gain from harmonisation, which increases market access, reduces effort duplication, and fosters fair competition.
The establishment, implementation, maintenance, and continuous improvement of an occupational health and safety (OHandS) management system are all covered in this document, which can assist organizations in meeting ISO 45001:2018 requirements.
NOTE 1: This document's advice is consistent with the ISO 45001:2018 OH&S management system model, but it is not meant to interpret the standards in ISO 45001.
NOTE 2 This document's use of the word "should" does not weaken or impose any additional requirements on top of the ones in ISO 45001:2018.
NOTE 3 The majority of the clauses in this document include examples of how various types of organizations have put the requirements into practice. These are meant to describe one way this was done by an organization rather than to suggest the only or most effective way to do it.
Manufacturers, experts, and stakeholders around the world can communicate, work together, and share knowledge more effectively thanks to this shared understanding.
Implementing international standards in the metal production industry is important
Putting international standards into practice promotes cooperation and information sharing between regulators, industry associations, and manufacturers. Stakeholders can contribute their expertise, share best practices, and jointly address new challenges by taking part in the development and revision of standards. In metal manufacturing and welding processes, this collaborative approach promotes innovation, continuous improvement, and the creation of international benchmarks.
Multiple advantages of these standards include quality assurance, safety compliance, facilitation of international trade, increased efficiency, cost savings, and innovation stimulation.
Manufacturers can increase their competitiveness, build trust with international partners, and support global growth and development by adhering to international standards.
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