
DH2F Steel CDH Type Date Marked Pin Holder
Date marked pin holder (DH2F steel) with CDH type construction provides stable standard mounting for die casting assembly and part identification. It supports accurate positioning of small-diameter date pins to streamline production control.
- CDH type holder for dependable retention and consistent pin alignment
- DH2F steel offers wear resistance for repeatable shop-floor performance
- Designed for standard mounting to integrate smoothly with typical die components
- Used with date marked pins in die casting tooling for clear tracking
Specifications
3 configurations available
| D (Shaft Diameter) (mm) | L (L dimension) (mm) | T (Head length) (mm) | type |
|---|---|---|---|
| 6 | 30 ~ 150 | 4 ~ 20 | - |
| 7 | 30 ~ 150 | 4 ~ 20 | - |
| 8 | 30 ~ 150 | 4 ~ 20 | - |
Product Guide
Application Scenarios+
In die casting tooling, this date marked pin holder is used to support small-diameter identification pins during part production. The CDH-type construction is intended for standard mounting, helping tooling builders maintain stable pin retention and consistent pin-to-location alignment. Because it is made from DH2F steel, it is suited to repeated use where contact wear can affect readability and positioning.
- Automotive die casting identification: integrates with standard die components to keep date pins aligned for traceability of batches and process changes.
- Consumer parts with tight ID needs: supports small shaft diameters (D = 6, 7, 8 mm) to fit compact die areas while still maintaining reliable pin guidance.
- Production control tooling: helps streamline inspection and record-keeping by ensuring the pin remains correctly positioned across repeated cycles.
Selecting this variant is appropriate when you need durable, hardened performance from DH2F and a holder geometry designed for standard mounting interfaces.
Material & Process Details+
The holder uses DH2F steel, selected for durable performance in die casting environments where sliding contact and repeated pin engagement can drive wear. While exact heat treatment values are not provided in the specifications, DH2F is referenced as a hardened steel grade for reliable DH2F hardened performance, supporting long cycle life and stable dimensional behavior.
- Wear resistance: improved durability under repeated pin contact, helping maintain clear identification.
- Toughness trade-off: hardened grades generally increase wear resistance while reducing ductility compared with softer steels, so proper mounting and alignment are important to prevent chipping or edge damage.
- Manufacturing approach: typically supplied as a hardened steel component for machining/finishing to the specified D, L, and T ranges.
If you need a brief materials comparison: DH2F hardened performance is preferable when wear and repeated engagement dominate; softer grades would generally favor toughness but risk faster wear and identification degradation.
Sizing & Selection Guide+
Use the provided dimensions to match the holder to your die casting date pin and the available space in the mold assembly. The key variable is shaft diameter D: this holder is available for D = 6, 7, or 8 mm. Select the D that matches the date pin you will use to ensure proper fit and alignment.
- Choose overall length L: L = 30 to 150 mm. Match L to the required embed depth/engagement length in the tooling so the pin protrusion remains correct for marking.
- Confirm head length T: T = 4 to 20 mm. Use T to ensure the holder head interfaces with the standard mounting area without interference.
- Fit and tolerance: because the specification lists discrete D options and fixed ranges for L and T, verify that the selected diameter provides the intended clearance/press-fit behavior for your standard mounting design.
Dimensions are not described as configurable within the page beyond the stated ranges; select a part number/variant corresponding to your required D and the needed L and T to satisfy cavity/core clearance and marking geometry.
Frequently Asked Questions
Which shaft diameter (D) should I select for die casting date marked pins—6 mm, 7 mm, or 8 mm?+
The holder is specified with a variable D (Shaft Diameter) of 6, 7, or 8 mm. Choose the same D as the date pin shaft you plan to mount so the holder can provide consistent pin alignment and retention in the die casting assembly.
How do I choose the correct length L (30–150 mm) for proper marking depth in the mold?+
Select L from 30 to 150 mm to match the required engagement length in your mold mounting/guide area. If L is too short, the pin may not stay positioned during cycle load; if too long, it can interfere with nearby mold components or the working travel path.
What does the T head length range (4–20 mm) affect in standard mounting compatibility?+
T (Head length) is fixed within 4 to 20 mm. This head dimension affects how the holder seats against the standard mounting interface and can control clearance to adjacent die casting components.
Why is CDH type preferred for date pin holders in die casting assemblies?+
The CDH type construction is described as providing stable retention and consistent pin alignment for standard mounting. This helps maintain repeatable identification marks across production cycles, which is critical when tracking batches or process changes.
What performance advantage does DH2F hardened steel provide for repeated pin contact?+
The product description calls out DH2F steel with hardened performance to improve wear resistance during repeated engagement. In practice, this supports more stable pin positioning and reduces the risk of mark degradation caused by contact wear over time.
Need Custom Specifications?
Our engineering team can help with custom configurations, material selection, and volume pricing.





