What is the EN 10219-1 Standard?

The EN 10219-1 standard specifies the technical delivery conditions for cold-formed welded structural hollow sections. The standard covers manufacturing methods, steel grades, mechanical properties, chemical composition values, and marking requirements.

This standard defines:

• Steel grades,

• Yield and tensile strength values,

• Impact strength requirements,

• Chemical analysis criteria,

• Product marking and traceability requirements,

• Technical delivery conditions

are defined.

EN 10219-1 is one of the key standards ensuring the safe use of welded hollow sections, particularly in the steel construction industry.

How is EN 10219-1 Conformity Assessment Performed?

Conformity assessment processes are carried out to determine the conformity of products with the requirements of the relevant standards.

As part of the assessment;

• Production records are examined,

• Material certificates are checked,

• Chemical analysis results are evaluated,

• Mechanical test data are reviewed,

• Dimensional conformity checks are performed,

• Marking and traceability information is verified.

Based on the examinations performed, the conformity of the products to the EN 10219-1 standard is evaluated.

Why is EN 10219-1 Applied?

In order to use steel structural components reliably, certain technical criteria must be met. The EN 10219-1 standard helps verify production quality and ensure product performance.

Among the reasons for implementing the standard are;

• Enhancing structural safety,

• Verifying product quality,

• Ensuring compliance with technical specifications,

• Supporting traceability,

• Ensuring alignment with international standards,

• Maintaining quality continuity

are included.

What are the Application Areas of EN 10219-1?

Welded steel structural hollow sections manufactured in accordance with the EN 10219-1 standard are utilized in many sectors.

The main fields of application are:

• Steel construction projects,

• Industrial plants,

• Warehouse and factory structures,

• Power plants,

• Infrastructure projects,

• Machinery manufacturing sector,

• Agricultural and livestock structures,

• Load-bearing systems,

• Bridge and platform applications.

Equipment and Techniques Used Within the Scope of EN 10219-1

Various testing and inspection methods are utilized in conformity assessment activities.

Among the equipment and techniques used are;

• Universal tensile testing machines,

• Impact testing systems,

• Spectrometer devices,

• Hardness testing equipment,

• Dimensional measurement devices,

• Visual inspection methods,

• Chemical analysis techniques

are included.

Through these methods, it is evaluated whether the products meet the standard requirements.

Advantages of the EN 10219-1 Standard

Utilizing products compliant with the EN 10219-1 standard provides numerous advantages.

• It enhances structural reliability.

• It contributes to the verification of product performance.

• It supports quality continuity.

• It facilitates compliance with international standards.

• It strengthens traceability processes.

• It ensures conformity with technical specifications.

Disadvantages of the EN 10219-1 Standard

Meeting standard requirements may entail additional quality processes.

• Testing and inspection processes may require extra time.

• It necessitates the systematic maintenance of production records.

• It may expand the scope of quality control activities.

• Meeting specific technical requirements may necessitate additional monitoring processes.

However, these processes contribute significantly to maintaining product reliability and quality levels.

Contact us

You can contact us for detailed information regarding the conformity assessment, testing, and inspection activities carried out under the EN 10219-1 standard.

The inspection processes conducted by our expert team are carried out in accordance with the requirements of the relevant standard, and services aimed at evaluating the technical conformity of the products are provided.