Inch XNP Coated Ejector Punches

Inch ejector punch components like this are used inside injection and transfer die tooling to deliver stable, repeatable punching action and controlled ejection after forming. The XNP coated cutting and wear areas are well suited for production runs where abrasion at the punch tip must be minimized.

• Automotive and appliance stamped parts: progressive/transfer die sets benefit from the guided punch geometry and consistent point design, helping maintain hole/pierce quality across long cycles.
• Electronic connector and bracket punching: when thin-wall features require dimensional stability, the ground, coded length point supports reliable assembly fit while the coating helps protect the working surface.
• High-cycle manufacturing lines: the abrasion-resistant coating reduces wear progression on the tip and shank interface, supporting consistent ejection under repeated actuation.

Choose this variant when your tool design prioritizes tool-life extension in punching operations and repeatability of ejection behavior under continuous production load.

This product is specified as XNP coated ejector punches. While the input data does not state the underlying steel grade, the process intent of XNP coating is to improve wear resistance at the working tip by forming a durable surface layer over the base metal.

• Coating benefit: reduced abrasion at the punch point supports more stable punching performance over repeated cycles.
• Heat treatment state: not specified in the provided parameters; final hardness and toughness balance should be confirmed against the supplier’s material certificate for the selected tip shape and shank diameter.
• Trade-offs: coated systems generally shift performance from bulk toughness to surface durability; ensure your base material selection still meets shock/load requirements of the die operation.

If you need hardness (HRC) confirmation, please provide the exact steel grade option used for your selection so we can map it to your expected wear/toughness targets.

To select the correct ejector punch dimensions, match the shank diameter (D) and point length B & L to the required guide clearance and overall punch reach in your die set. From the specification, D is available in the range 18 ~ 250 in, and point length B & L is coded with standard values of 150 ~ 250 (coded inch).

• Tip shape selection: choose the required working profile from H, J, K, L, N, O, R, V, X, Y, Z based on your piercing geometry.
• Length matching: for longer reach, use alternate coded point length sets, such as 150–400, 150–600, 175–625, 200–625, 225–625, 225–650, and up to 250–700 depending on the chosen option group.
• Fit considerations: respect punch-guide clearance and seating features; the 0.05 ~ 1.625 P and 0.062 ~ 0.5 W dimensions indicate profile controls that can affect guidance and stress concentration.
• Tolerance: tolerance values are not provided; verify critical fits with your die drawing requirements for assembled interchangeability.

Finally, confirm that the selected Jektole group (e.g., J2, J3, J4, J6, J9, J12) aligns with your system’s standard geometry for consistent assembly.