What is EN 1090-1:2009+A1:2011+A2:2016?

EN 1090-1 is a European standard that sets out the requirements for design and execution of steel and aluminum structures. It specifically covers the technical aspects related to the manufacture and installation of structural components, such as beams, columns, and trusses, used in buildings and civil engineering works.

The Importance of EN 1090-1 Certification

Compliance with EN 1090-1 is crucial for companies involved in the fabrication and assembly of steel and aluminum structures. This certification ensures that construction products meet the necessary safety, reliability, and performance requirements specified in the standard. It also demonstrates a company's commitment to quality and adherence to best practices in manufacturing and construction processes.

Key Requirements of EN 1090-1

EN 1090-1 outlines various essential requirements that manufacturers must meet to obtain certification. These include:

Factory Production Control (FPC): Manufacturers need to establish and maintain an FPC system that monitors and controls production processes, ensuring consistent product quality.

Welding Quality Management System: Adequate procedures and controls must be in place to ensure proper welding processes, including qualified welders, required inspections, and documentation.

Technical Documentation: The standard requires comprehensive documentation concerning design calculations, material specifications, welding procedures, and quality control records.

CE Marking: Compliance with EN 1090-1 enables manufacturers to affix the CE marking on their products, indicating conformity with European Union legislation.

Benefits of EN 1090-1 Certification

Achieving EN 1090-1 certification offers numerous advantages for companies. It enhances their credibility and market reputation, making it easier to secure projects and contracts. Certification also opens doors to international markets, as many countries recognize and accept EN 1090-1 as a benchmark for structural steel and aluminum components' production quality.

Furthermore, compliance with the standard significantly reduces the risk of accidents and structural failures, ensuring the safety of construction works and occupants. By following the specified technical requirements, manufacturers can deliver high-quality products that meet industry standards, providing customers with confidence in the reliability and durability of their structures.