Global Heat Exchanger Tube Standards Explained: ASTM, EN, GOST, JIS Compared

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Compare global heat exchanger tube standards including ASTM, EN, GOST, and JIS. Understand their key differences, material designations, dimensional tolerances, and testing requirements.


Introduction

In the international heat exchanger industry, buyers and engineers frequently encounter various regional and international standards. The most commonly used include:

  • ASTM (American)
  • EN (European)
  • GOST (Russian)
  • JIS (Japanese)

Understanding the similarities and differences between these standards is essential when sourcing or specifying stainless steel seamless tubes, particularly for high-pressure, thermal, or corrosive environments.

This article provides a clear comparison to help you confidently navigate these standards in your next project.


1. ASTM Standards (United States)

ASTM (American Society for Testing and Materials) is widely used globally, especially in the oil, gas, petrochemical, and power generation sectors.

Common Heat Exchanger Tube Standards:

ASTM CodeDescription
ASTM A213Seamless ferritic and austenitic alloy steel tubes for boilers, superheaters, and heat exchangers
ASTM A269Seamless and welded austenitic stainless steel tubes (general corrosion resistance)
ASTM A789Seamless/welded duplex stainless tubes
ASTM B111Copper/brass alloys for condensers and evaporators

Key Features:

  • Material grades: TP304, TP316L, TP321, S31803, C44300
  • Testing: Eddy Current, Hydrostatic, Flattening, Flare
  • Surface: Pickled, Bright Annealed (BA)

Reference: ASTM International


2. EN Standards (Europe)

EN standards are prevalent in EU-based EPCs, OEMs, and projects involving CE certification or PED compliance.

Common Standards for Tubes:

EN CodeDescription
EN 10216-5Seamless stainless tubes for pressure purposes
EN 10217-7Welded stainless tubes for pressure purposes
EN 10357Sanitary stainless tubes (replacement of DIN 11850)

Key Differences from ASTM:

  • Dimensional tolerances are often stricter (e.g., OD and WT)
  • Material designation uses numeric codes (e.g., 1.4301 for 304)
  • Surface finish classification uses codes like D3, D4, M

Example:

  • ASTM TP316L = EN 1.4404
  • ASTM TP304 = EN 1.4301

European authority: CEN (European Committee for Standardization)


3. GOST Standards (Russia/CIS)

GOST standards are widely used in Russia, Kazakhstan, Uzbekistan, and CIS countries, particularly for oil refineries, chemical plants, and state projects.

Common Tube Standards:

GOST CodeDescription
GOST 9941Seamless stainless tubes for general use
GOST 5632Stainless and heat-resistant steel specifications
GOST 17375Fittings and elbows for pipelines

Key Characteristics:

  • Often includes mechanical properties, chemical composition, and production method in one document
  • Metric dimensions
  • Typically compared against ASTM equivalents during import/export

Example:
GOST 08X18H10 = AISI 304


4. JIS Standards (Japan)

Japanese Industrial Standards (JIS) are commonly required in Korean and Japanese projects or by Asian OEMs.

Common Standards:

JIS CodeDescription
JIS G3459Stainless steel pipes for general service
JIS G3463Stainless steel boiler and heat exchanger tubes
JIS H3300Copper alloy tubes

Material Equivalents:

  • SUS304 = AISI 304 = EN 1.4301
  • SUS316L = AISI 316L = EN 1.4404

JIS standards often specify surface roughness and cleanliness for food and medical-grade tubes.

Source: Japanese Standards Association


Comparison Table

Feature / StandardASTMENGOSTJIS
OriginUSAEuropean UnionRussia/CISJapan
Pressure ratingSpecifiedSpecified (TC1/TC2)Must interpretSpecified
Dimensional unitsInch / mmMetricMetricMetric
Common gradesTP316L, TP3041.4404, 1.430108X18H10, 12X18H10TSUS304, SUS316L
Inspection termsMTC 3.1 / 3.2MTC 3.1 / 3.2Passport + GOST certMTC or JIS report
Market useGlobal, API usersCE-marked projectsRegional, state EPCOEMs in Asia

DLSS: Global Supply Partner for Multi-Standard Projects

We offer:

  • Tubes compliant with ASTM A213, EN 10216-5, GOST 9941, and JIS G3463
  • Seamless tubing in austenitic, duplex, and nickel alloys
  • U-bent tubes, cut-to-length, and finned options available
  • 3.1 / 3.2 MTCs, NDT reports, hardness & PMI test results
  • Packaging with export markings for Europe, Middle East, and Asia

Conclusion

Whether your project is governed by ASME, PED, GOST, or JIS, understanding the technical and documentation requirements behind each standard is essential for compliance and performance.

DLSS helps EPCs, OEMs, and contractors match standards across borders—ensuring quality, traceability, and on-time delivery.


Contact DLSS
Email: info@dlsspipe.com
Website: www.dlsspipeline.com

Have a cross-border project with different tube standards? We’ll help you decode them and deliver the right products.

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