DIN/EN 1.2714 and Chinese 5CrNiMo are both nickel-chromium-molybdenum die steels used for large forging dies and impact-loaded tooling. They are frequently placed in the same commercial equivalence family with AISI L6 and JIS SKT4. That shortcut is useful for finding candidate materials, but it is unsafe as a final purchase specification.
Huangshi Xiri’s current product routes illustrate the issue. The 5CrNiMo page uses DIN 1.2713 and GOST 5ХНМ as its main cross-references, while the 1.2714 page maps to GB 5CrNiMoV and GOST 5ХНМ2. The difference in chromium, molybdenum and vanadium means buyers should not treat the two pages as describing identical steel.
What Is 1.2714 Tool Steel?
1.2714, commonly designated 55NiCrMoV7 or 56NiCrMoV7, is a nickel-alloyed die steel with high toughness, good through-hardening and temper resistance. Manufacturer data sheets position it for forging dies, hot shear knives, punches, backing plates, die holders and hot-punching tools. It may be supplied soft annealed or quenched and tempered, depending on the product and agreement.
What Is 5CrNiMo?
5CrNiMo is a Chinese hot work die steel designed for toughness and hardenability in large and medium forging dies. Huangshi Xiri’s published composition contains 0.50-0.60% carbon, 0.50-0.80% chromium, 1.40-1.80% nickel and 0.15-0.30% molybdenum, with a listed vanadium addition of 0.07-0.12% in the current product table.
1.2714 vs 5CrNiMo Composition Route
| Item | 1.2714 / 55NiCrMoV7 route | 5CrNiMo route | Procurement meaning |
| Carbon | Approximately 0.50-0.60% | Approximately 0.50-0.60% | Similar nominal carbon level |
| Chromium | Approximately 1.00-1.20% | Approximately 0.50-0.80% | 1.2714 route generally higher |
| Nickel | Approximately 1.50-1.80% | Approximately 1.40-1.80% | Both use nickel for toughness/hardenability |
| Molybdenum | Approximately 0.45-0.55% | Approximately 0.15-0.30% | 1.2714 route generally higher |
| Vanadium | Approximately 0.07-0.12% | May be controlled by the selected route | Verify the exact GB/product specification |
| Common cross-reference | L6, SKT4, 5CrNiMoV, 5ХНМ2 | L6, SKT4, 1.2713, 5ХНМ | Commercial cross-references overlap but are not identical |
The values above are an editorial comparison of the site’s current product routes and published manufacturer data. The final order must use the chemistry limits in the selected standard and MTC.
Why Equivalence Tables Create Risk
- One national grade may have no exact counterpart in another standard.
- Commercial charts may group steels by application rather than identical chemistry.
- AISI L6 itself may be supplied to a defined ASTM chemistry that differs from a DIN or GB route.
- JIS SKT4 can be used as a nearest application equivalent without proving exact composition.
- Delivery condition, hardness and section size may matter more than the label alone.
- A supplier may quote the lower-cost route unless the PO defines the governing limits.
Can 1.2714 Replace 5CrNiMo?
1.2714 may be a technically suitable replacement in some forging-die applications because both grades target toughness, impact resistance and hardenability. However, approval should be based on a substitution review, not a name match.
- Compare the governing chemistry limits and actual MTC values.
- Confirm soft-annealed or quenched-and-tempered delivery condition.
- Compare hardness, impact toughness and through-section requirements.
- Review die size, cavity depth, forging energy and previous failure mode.
- Confirm that the heat-treatment supplier has a qualified cycle for the proposed grade.
- Check machining, welding and repair procedures for compatibility.
- Obtain drawing/customer approval before changing a controlled material.
- Validate the replacement through a monitored production trial.
When 1.2714 Is a Strong Candidate
- Large forging dies require high toughness and good through-hardening.
- The customer specification is based on DIN/EN 1.2714 or 55NiCrMoV7.
- Quenched-and-tempered die blocks are required in an agreed hardness range.
- Hot shear knives, punches, backing plates or die holders are part of the tooling package.
- International documentation and a European material-number route simplify customer approval.
When to Retain the 5CrNiMo Route
- The existing die and heat-treatment process are validated to a specific 5CrNiMo standard.
- The customer drawing or domestic specification explicitly calls for 5CrNiMo.
- Local repair, welding or heat-treatment procedures are built around the grade.
- Commercial and availability advantages are important and the quality level is fully controlled.
Correct Wording for Product Pages and Quotations
| Avoid | Use instead |
| 1.2714 is exactly equal to 5CrNiMo, L6 and SKT4. | 1.2714 is commonly cross-referenced with 56NiCrMoV7, L6, SKT4 and selected GB/GOST grades; verify the governing chemistry before substitution. |
| All equivalents use the same heat treatment. | Heat treatment must follow the selected grade, section size, condition and approved supplier procedure. |
| Send dimensions for a quote. | Send grade/standard, dimensions, quantity, condition, surface, inspection class and application for a compliant quote. |
RFQ Template for 1.2714
| Copy into inquiry: DIN/EN 1.2714 / 55NiCrMoV7 to [standard and revision], [soft annealed or Q+T], dimensions [T x W x L or diameter x length], quantity [pieces/weight], surface [black/rough machined/ground], required hardness [HBW/HRC], UT [standard/class], MTC and heat-number traceability required. Equivalent grades require written approval before production. |
1.2714 and 5CrNiMo are related forging-die steels, but they are not safe to describe as universally identical. The 1.2714/55NiCrMoV7 route generally uses higher chromium and molybdenum than the site’s 5CrNiMo route, and their cross-standard maps differ. Huangshi Xiri supplies 1.2714 and 5CrNiMo die steel in round bars, plates, forged blocks and custom sizes. Send the governing standard, drawing, condition, inspection level and application for technical confirmation.
Frequently Asked Questions
Is 1.2714 the same as 5CrNiMo?
No. They are related nickel-chromium-molybdenum die steels, but the chemistry and standard routes differ. Some suppliers use them as closest equivalents.
Is 1.2714 equivalent to AISI L6?
1.2714 is commonly described as similar to L6, but the exact ASTM, DIN/EN and product chemistry should be compared before substitution.
What is 1.2714 used for?
Typical applications include forging dies, hot shear knives, punches, backing plates, die holders and impact-loaded hot-work tools.
How should I order 1.2714 steel?
State 1.2714/55NiCrMoV7, the governing standard, dimensions, quantity, condition, surface, hardness, inspection class and required documentation.
