DC01 is a low-carbon cold-rolled steel sheet defined by the European standard EN 10130 (material number: 1.0330), primarily used for cold forming, welding, and general engineering applications. Below is a comprehensive list of equivalent materials across major global standards, tailored for industrial procurement, technical documentation, and international trade (critical for SEO keywords like "DC01 substitute," "equivalent to EN 10130 DC01," and region-specific standard queries).
| Property | DC01 |
|---|---|
| Carbon (max) | 0.12% |
| Yield Strength | ≤ 280 MPa |
| Tensile Strength | 270–410 MPa |
| Formability | General forming |
European Standards (Direct Equivalents)
| Standard Number | Material Grade | Key Notes |
|---|---|---|
| EN 10130:2006 | DC01 | Original specification (base reference) |
| DIN 1623-1 (Germany) | DC01 | German adoption of EN 10130; fully interchangeable |
| BS EN 10130 (UK) | DC01 | British standard equivalent; no performance differences |
| NF EN 10130 (France) | DC01 | French adaptation; identical chemical/mechanical properties |
Key Point:
All European-derived DC01 grades are 100% equivalent-no adjustments needed for cross-border EU/EEA projects.
International Standard (ISO)
| Standard Number | Material Grade | Key Notes |
|---|---|---|
| ISO 10139:2006 | DC01 | Global standard aligned with EN 10130; accepted in most export markets |
Application:
Ideal for projects requiring "international standard compliance" (e.g., multinational manufacturing contracts).
Chinese Standard (GB/T)
| Standard Number | Material Grade | Key Notes |
|---|---|---|
| GB/T 5213-2008 | DC01 | Direct equivalent (Chinese standard referenced EN 10130); widely used in Chinese steel exports (e.g., GNEE's cold-rolled sheet products) |
| GB/T 3274-2017 | Q235B (Cold-Rolled) | Approximate equivalent for general structural use; verify chemical/mechanical properties for precision applications |
SEO Insight:
Highly relevant for buyers from China or sourcing from Chinese suppliers (include "DC01 equivalent GB/T 5213" in product pages).
American Standards (ASTM/SAE)
| Standard Number | Material Grade | Key Notes |
|---|---|---|
| ASTM A1008/A1008M | CS Type B | Most common equivalent; matches DC01's low carbon content and cold-forming ability |
| ASTM A1011/A1011M | CS Type B | Similar to A1008; used for structural and manufacturing applications |
| SAE J403 | 1010 Steel | Chemical composition (C≤0.12%) nearly identical; suitable for welding/stamping (note: SAE 1010 is not a "cold-rolled specific" grade-specify "cold-rolled 1010" for full compatibility) |
Critical Note:
ASTM grades do not use "DC01-style" designations-emphasize "EN 10130 DC01 equivalent ASTM A1008 CS Type B" for US market SEO.
Japanese Standard (JIS)
| Standard Number | Material Grade | Key Notes |
|---|---|---|
| JIS G3141:2011 | SPCC | Industry-standard equivalent in Japan/Korea; identical cold-forming and surface quality (SPCC-SD = "skin passed" for better flatness, matching DC01's surface requirements) |
| JIS G3131 | SPHC (Cold-Rolled) | Approximate equivalent; use only for non-precision forming |
Market Relevance:
SPCC is the most recognized substitute in Southeast Asia and Japan-include "DC01 vs SPCC" in FAQs for regional buyers.
Korean Standard (KS)
| Standard Number | Material Grade | Key Notes |
|---|---|---|
| KS D 3503:2016 | SPCC | Adopted from JIS G3141; fully interchangeable with DC01 for automotive / 家电 (home appliance) applications |
Other Regional Equivalents
| Region | Standard Number | Material Grade |
|---|---|---|
| Russia | GOST 16523-97 | 08kp |
| India | IS 513:2016 | CR2 |
| Australia | AS/NZS 1397 | G300 (Cold-Rolled) |
Important Notes
DC01 ≠ deep drawing steel → DC03 / DC04 are better for complex forming
Mechanical values may vary by thickness and delivery condition
Always confirm equivalence with EN 10130 + EN 10204 3.1 when exporting
Practical Recommendation
For procurement or substitution:
🇺🇸 Use ASTM A1008 CS Type B
🇯🇵 Use JIS SPCC
🇨🇳 Use GB/T 5213 SPCC
🇪🇺 Use DC01 / St12
GNEE Steel also supplies a variety of Cold rolled steel plates, such as DC01,DC03,DC04,DC05,DC06,DC07,SPCC, SPCD,SPCE,SPCF,ST12,ST13,ST14,ST15etc. If you want to know more about other types of steel plates, you can call the consultation hotline at +8615824687445 or send an email to sale@gneegi.com. You are welcome to consult us, and we are very willing to answer your questions.
What is the difference between DC01 and DC04 steel?
DC04 and DC01 are both cold-rolled, unalloyed quality steels that are used for various industrial applications. While DC01 serves as the standard grade for general cold forming processes, DC04 is characterized by improved deep-drawing properties and higher ductility.
Is DC01 the same as CR4?
Cold Reduced steel
Here at GNEE Steel, we stock and process DC01 mild steel (often referred to as CR4), in varying thicknesses from 0.9mm up to 3mm. Each sheet is de-coiled and flattened to strict tolerances in our works, ensuring consistent quality and flatness, every time.
What does DC01 mean?
DC01 represents the basic grade of the DC steel family and is also known under the former designations St12 or FeP01. This grade can be used for simple forming operations such as bending, coining, beading and drawing.
What is the difference between DC01 and DC03?
DC01 – This grade can be used for simple forming work, e.g. bending, embossing, beading and drawing. DC03 – This grade is suitable for forming requirements such as deep drawing and difficult profiling.
What is DC01 steel equivalent to?
Material 1.0330, DC01 steel equivalent to ASTM, ISO, European (German DIN, British BSI, France NF), Japanese JIS and Chinese GB standard (for reference). Note: DIN 1623 has been replaced by DIN EN 10130, and the designation ST12 has been replaced by DC01.
What is the thickness of DC01 material?
Galvanized Steel Sheet - Grade Dc01, Thickness 0.2-3.50mm, Width 914-1250mm | Cold Rolled, Durable Zinc Coating, Long Lasting Toughness.
Is cold-rolled steel better than hot rolled steel?
Cold rolling produces steel with closer dimensional tolerances and a wider range of surface finishes than hot rolling. It is also up to 20% stronger than hot rolled through the use of strength hardening.