Difference between EN 10219 and EN 10210 ERW Steel Pipe

Views : 1391
Author : admin
Update time : 2024-10-17 08:50:21

  EN 10219 and EN 10210 ERW Pipe are European standards for steel pipe products. Both have high quality standards and are widely used internationally. Both certifications are considered to be required when manufacturing and selling steel pipe products. This article aims to introduce the significance of products obtaining these two certifications and the benefits of these standards for the production and use of steel pipe products.

  The EN 10219 certification was developed by the European Committee for Standardization (CEN) and covers cold-formed or unheat-treated welded steel pipe products for structural use. These steel pipe products include square tubes, rectangular tubes, round tubes, etc., which are commonly used in various fields such as construction, machinery manufacturing, and line towers. These products belong to the category of building materials in the European Union and are regulated by specific directives under the CE mark, namely CPR-Regulation (EU) No 305/2011. EN 10219 certification ensures the quality of these products, including dimensional accuracy, mechanical properties, chemical composition, tensile strength, bending properties and impact toughness.

  The EN10219 standard is divided into two parts:

  1. EN 10219-1: Cold-formed welded hollow steel tubes made of non-alloy and fine-grained steel, Part 1 - Technical delivery conditions. This version of the standard (EN 10219-1:2006) has replaced the old version (EN 10219-1:1997).

  2. EN 10219-2: The second part of the standard for cold-formed welded hollow steel tubes made of non-alloy and fine-grained steel is not mentioned in detail in the current information.

  Similar to EN 10219 certification, EN 10210 certification is also developed by the European Committee for Standardization (CEN), which is a certification for hot-formed welded products of steel tubes. These steel pipe products are also used in many fields such as construction, machinery manufacturing, and line towers, and are usually used to support important structures such as bridges, buildings, and pipelines. The quality standards of EN 10210 certification cover important aspects such as product dimensional accuracy, bending radius, mechanical properties, tensile strength, and impact toughness, ensuring the quality and safety of these products.

  For companies that want to obtain EN 10219 and EN 10210 EU certification, they need to ensure that their products meet the requirements of this standard and pass relevant tests and evaluations. The certification process may involve multiple aspects of the product, such as materials, structure, performance, etc., to ensure that its quality and safety meet EU standards and regulations.

  Obtaining EN 10219 and EN 10210 certification has many benefits for steel pipe product manufacturers and traders. These certifications ensure that the quality of the manufactured products meets high standards, enhancing brand image and credibility. Obtaining these certifications can help companies gain more opportunities in the international market. The building codes of many countries and regions have specific requirements for steel pipe products, and EN 10219 and EN 10210 certifications can make it easier for companies' products to be recognized in these international markets.

  EN 10219 and EN 10210 ERW Steel Pipe certifications are two important certification standards for European steel pipe products. They ensure that the products produced have advantages in high quality, reliability, stability and other aspects in many aspects. For the production and use of steel pipe products, obtaining these certifications is of great significance, which can improve the market competitiveness and image of enterprises and products, and also gain more opportunities in the international market.

Related News
Read More >>
How to Choose Carbon Steel Pipe Size? How to Choose Carbon Steel Pipe Size?
Oct .20.2026
When selecting carbon steel pipe (CS Pipe) size, pipe diameter (NPS/DN), wall thickness (Schedule Number), and pressure rating are three interrelated core parameters. Their selection requires comprehensive calculation based on the system design pressure, flow rate, and medium characteristics.
DIN 1629 St37 St52 Seamless Steel Pipes DIN 1629 St37 St52 Seamless Steel Pipes
Oct .15.2026
  DIN 1629 is a German industrial standard primarily used for the manufacture of seamless steel pipes for chemical equipment, piping, vessels, mechanical engineering components, and steel structures, requiring high strength. It includes three base material grades (St37.0, St44.0, and St52.0) and covers mechanical properties, chemical composition, and manufacturing requirements. In simple terms, it specifies high-quality seamless carbon and alloy steel tubes for pressure-bearing applications.
Boiler Tube Size Chart Boiler Tube Size Chart
Oct .13.2026
As an important part of boiler equipment, boiler tubes are responsible for multiple tasks such as transferring heat and withstanding pressure. The size selection of boiler tubes directly affects the performance and safety of the boiler. So, how to choose the size of boiler tubes?
API 5L SSAW Steel Pipe Definition and Grades API 5L SSAW Steel Pipe Definition and Grades
Oct .08.2026
API 5L SSAW Steel Pipe refers to spiral welded steel pipe manufactured according to the pipeline standard issued by the American Petroleum Institute, specifically API 5L.SSAW stands for Spiral Submerged Arc Welded, a manufacturing method in which steel coils are formed into a pipe shape and welded along a spiral seam using submerged arc welding technology.