EN 1090 is one of the European standards required for the design and manufacture of steel and aluminum structural components. This standard determines the quality and safety requirements of structural components and certifies their conformity. Compliance with EN 1090 standards indicates that structural components have been produced in accordance with legal requirements and can be used safely.

The structures that can be produced within the scope of EN 1090 include many different types of structures such as frame buildings, bridges, towers, platforms and steel constructions. Many different details such as the selection of materials to be used in the production of these structures, the production process, welding, painting, surface treatment and inspection are specified in the standard.

It has become a necessity for businesses producing steel and aluminum structural elements to produce in accordance with the EN 1090 series of standards, to obtain certification in line with these standard principles and to affix the CE mark on their products.

What kind of support does PROCER provide to companies in the process of obtaining the EN 1090 Steel and Aluminum Construction Applications Certificate?

• PROCER ENGINEERING provides services to companies in the EN 1090 Certification process, from system installation to the certification process.
• PROCER ENGINEERING, in accordance with the EN 1090 requirements, employs WELDING ENGINEER If not, appoint a contracted welding engineer to manage the process. WELDING ENGINEER provides.

The Welding Engineer Consultant supports EN 1090 compliance by performing the following tasks;

Material Selection: The welding engineer provides guidance on material selection in accordance with EN 1090 standards. It takes into account the suitability of materials, welding performance and durability.

Development of Welding Procedures: The welding engineer helps establish welding procedures that comply with EN 1090 standards. These procedures meet the quality requirements of welding operations.

Resource Operations Management: The welding engineer takes part in the effective management of welding operations. This includes activities such as determining welding parameters, calibrating welding equipment, developing the competencies of welding operators (providing relevant training) and quality control of welding results.

Quality Control and Inspection: The welding engineer ensures quality control of welding operations and verifies compliance with EN 1090 standards. This includes visual inspection of welding results, material testing and certification of weld joints.

Continuous improvement: The resource engineer leads continuous improvement activities. Identifies improvement opportunities to increase the efficiency of welding processes, reduce errors and increase the quality level of welded components.

In summary, Welding Engineer; It ensures the execution of welding operations in accordance with the requirements of EN 1090 standards and helps the organization produce EN 1090 compliant structural components. This is an important factor for reliability, quality and customer satisfaction and is required to obtain EN 1090 certification. EN 1090 Certificate proves that manufacturing is carried out in accordance with legal requirements and provides companies with an advantage in market competition.