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DH2F Steel Date Marked Pins for Die Casting

DH2F Steel Date Marked Pins for Die Casting

Date marked pins for die casting (DH2F steel) are designed for standard mounting and controlled identification on die components, including year/month/day marking options. They help improve traceability across production lots without adding extra assembly steps.

  • Built for standard mounting to fit typical die-casting setups
  • DH2F hardened steel for stable wear performance in production
  • Includes engraving according to ※Designation by WOS for clear traceability
  • Ideal for small-diameter applications needing compact, reliable marking

Specifications

21 configurations available

D (Shaft Diameter) (mm)Character EngravingEngraving character designationUpper engraved charactertype
6Free designation (Top/bottom row)※Designation by WOS--
7Free designation (Top/bottom row)※Designation by WOS--
8Free designation (Top/bottom row)※Designation by WOS--
6Month/Day (Bottom row)-1 ~ 31-
7Month/Day (Bottom row)-1 ~ 31-
8Month/Day (Bottom row)-1 ~ 31-
6Month/Day (Top row)-1 ~ 12-
7Month/Day (Top row)-1 ~ 12-
8Month/Day (Top row)-1 ~ 12-
6Free designation (Bottom row)※Designation by WOS--
7Free designation (Bottom row)※Designation by WOS--
8Free designation (Bottom row)※Designation by WOS--
6Free designation (Top row)※Designation by WOS--
7Free designation (Top row)※Designation by WOS--
8Free designation (Top row)※Designation by WOS--
6No characters---
7No characters---
8No characters---
6Year※Designation by WOS--
7Year※Designation by WOS--
8Year※Designation by WOS--

Product Guide

🏭Application Scenarios+

Date marked pins made from DH2F steel are used in die-casting mold tooling to provide compact, reliable part traceability directly on mold components. They are suited to standard mounting in typical die-casting setups where marking must be durable under repeated cycles.

  • Automotive and industrial die-casting molds: the pinned marking supports year/month/day identification so production lots can be correlated to tooling conditions and maintenance history.
  • High-throughput repeat-production lines: the DH2F hardened steel variant helps resist wear from frequent insert/removal and handling during die maintenance.
  • Small-diameter marking stations: shaft diameters of 6–8 mm enable use in confined die areas while keeping engraving readable.

For engraving, this variant includes ※Designation by WOS, supporting standardized and unambiguous identification across teams and suppliers.

🔧Material & Process Details+

This component is made from DH2F steel, selected for stable performance in die-casting environments where wear resistance and dimensional stability are important. The product description specifies a hardened steel condition, aimed at maintaining the geometry of the date-marking tip during ongoing production.

  • Wear resistance: the hardened state improves resistance to abrasion associated with repeated use and mold maintenance.
  • Toughness trade-off: as hardness increases, toughness can decrease; DH2F is chosen to balance reliable marking retention with acceptable resistance to chipping under normal tooling conditions.
  • Manufacturing process (typical): precision machining of the shaft diameter followed by heat treatment to achieve the hardened condition, then controlled engraving for durable legibility.

No alternative steels, hardness values (HRC), or specific heat-treatment steps (e.g., quench & temper, nitriding) are provided in the supplied data.

📐Sizing & Selection Guide+

Select the pin shaft diameter (D) from the available options: 6, 7, or 8 mm. Choose the corresponding diameter to match the mold’s prepared mounting feature so the pin seats correctly without forcing.

  • Diameter matching: align the chosen D with the die component hole/boss size intended for standard mounting in your die-casting layout.
  • Engraving format: pick the character arrangement based on your traceability requirement. Options include Year, Month/Day on the top or bottom row, combinations of free designation with Month/Day, or No characters.
  • Row capacity: upper engraved character ranges are specified as 1 ~ 31, and the “Month/Day” style upper range is 1 ~ 12; ensure the selected text or date format fits these limits.
  • Tolerance/fit: since tolerance values are not provided, verify clearances in your CAD drawings and fixture specs for a stable press-fit or slip-fit as required by your mounting design.

Frequently Asked Questions

Which shaft diameters are available for the DH2F date marked pins?+
The available shaft diameter (D) options are 6 mm, 7 mm, and 8 mm. Select the diameter that matches your die’s standard mounting feature so the pin can seat correctly without overstressing the mounting hole or boss.
What engraving formats are supported, and how do I choose between free designation and date fields?+
Supported engraving options include Year, Month/Day with placement on the top or bottom row, combinations of free designation with Month/Day, or No characters. The engraving character designation must include ※Designation by WOS, while the variable character layout lets you configure what appears on each row.
Do the upper engraving character limits constrain the length of my custom text?+
Yes. The specification states upper engraved character limits of 1 ~ 31 for the upper field, and for Month/Day-style entries the upper range is 1 ~ 12. Ensure your selected text/date format fits within these ranges to avoid truncation.
Why choose the DH2F hardened variant for die-casting date marking instead of a softer marking pin?+
The supplied description specifies a DH2F hardened steel condition intended to provide stable wear performance in production. In die-casting tools, this helps maintain engraving clarity and geometry over repeated cycles and routine maintenance handling.
How do the WOS engraving requirements affect compatibility with existing traceability standards?+
This pin variant includes the fixed engraving character designation ※Designation by WOS. That standard marking helps ensure consistent identification across production lots and tooling records, improving traceability when multiple technicians or sites handle the die.

Need Custom Specifications?

Our engineering team can help with custom configurations, material selection, and volume pricing.