What is the EN 13479 Standard?

The EN 13479 standard is a European standard that defines the principles for the conformity assessment of filler metals and fluxes used in the fusion welding of metallic materials.

The standard defines;

• Technical specifications for welding consumables,

• Production and quality control requirements,

• Product marking requirements,

• Traceability criteria,

• Conformity assessment methods,

• Technical requirements regarding certification processes

are defined.

This standard aims to ensure that welding consumables are manufactured to specific quality levels and that the expected performance is achieved during use.

How is the EN 13479 conformity assessment conducted?

Conformity assessment activities carried out under EN 13479 are conducted to determine the conformity of welding consumables with the requirements of the relevant standard.

During the assessment process;

• Production records are examined,

• Raw material and product information are checked,

• Quality control results are evaluated,

• Technical documents are reviewed,

• Product marking and traceability information are verified,

• Conformity with standard requirements is examined.

As a result of the checks performed, the conformity of the products with the relevant standard is evaluated.

Why is EN 13479 Applied?

The reliability of consumables used in welded fabrication is of great importance for the quality of the final product. The EN 13479 standard helps ensure that these materials meet specific technical requirements.

The primary reasons for implementing the standard are as follows:

• Supporting weld quality,

• Enhancing product reliability,

• Ensuring traceability,

• Verifying compliance with technical specifications,

• Maintaining consistent quality,

• Ensuring alignment with international standards.

What Are the Application Areas of EN 13479?

Welding consumables covered by the EN 13479 standard are used in many industrial sectors.

Key areas of application include:

• Steel structure fabrication,

• Pressure equipment manufacturing,

• Pipelines and piping systems,

• Power plants,

• Shipbuilding industry,

• Machinery manufacturing sector,

• Oil and gas industry,

• Heavy industry applications,

• Industrial welded manufacturing processes.

Equipment and Techniques Used Within the Scope of EN 13479

Various inspection methods and test equipment are utilized in conformity assessment activities.

The equipment and techniques employed include:

• Chemical analysis instruments,

• Spectrometer systems,

• Mechanical testing equipment,

• Visual inspection methods,

• Documentation review techniques,

• Traceability control systems,

• Methods for evaluating quality records

are included.

These processes help determine whether products meet the requirements of relevant standards.

Advantages of the EN 13479 Standard

Implementation of the EN 13479 standard offers various advantages.

• Supports the quality level of welding consumables.

• Enhances product reliability.

• Strengthens traceability processes.

• Contributes to standardization in welded manufacturing.

• Helps meet technical requirements.

• Supports quality consistency.

Disadvantages of the EN 13479 Standard

Implementing the standard's requirements may entail certain additional processes.

• It may require additional quality control activities.

• It may expand the scope of documentation processes.

• It may necessitate the regular tracking of production records.

• Testing and inspection processes may require additional time.

However, these processes make significant contributions to product quality and reliability.

Contact us

You may contact us for detailed information regarding the conformity assessment, testing, and inspection activities carried out under the EN 13479 standard.

The inspection activities conducted by our organization are performed in accordance with the relevant standard requirements, and services are provided to evaluate the technical conformity of welding consumables.