Inch Ejector Punches (XVP Coating)

These inch ejector punches are used in injection mold and precision stamping tooling where dependable ejection must be maintained through repeated cycles. The geometry options (tip shapes H, J, K, L, N, O, R, V, X, Y, Z) support controlled contact in close-constraint layouts, helping keep ejection consistent when clearances are limited.

• Automotive and appliance housings: where frequent part release cycles require surface wear resistance; the XVP coating is suited for long production runs and reduced friction at the punch-to-part interface.
• Electronics enclosures and fine-feature parts: close spaces around gates and ribs benefit from standardized inch punch formats that simplify fitment to tight ejection zones.
• Medical device component tooling: consistent guidance at the ejector face helps maintain repeatability for small, precision geometries; the XVP surface durability supports stable performance over time.

Choose this coated variant when you need efficient wear performance while operating at tight tolerances and high cycle counts.

The provided product data specifies an XVP coating intended to improve friction behavior and wear resistance for ejector punches in repeated cycling. However, no specific base steel grade, hardness (HRC), or heat-treatment state (e.g., quenched & tempered, nitrided) is included in the input metadata.

• Coating role: XVP is selected for enhanced surface durability at the contact region during ejection.
• Trade-offs: without the underlying steel and tempering details, hardness versus toughness balance (e.g., higher wear resistance often reduces toughness) cannot be confirmed from the given specifications.

For accurate material selection, request the base material grade and the heat-treatment specification associated with your chosen tip shape and group (J2, J3, J4, J6, J9, J12) so you can verify wear behavior and impact tolerance in your mold design.

Select dimensions by matching the ejector function to your mold cavity/core layout, focusing on shank diameter, point length, and punch profile. Use D (shank dia.) = 18 ~ 250 in to fit the guide and mounting requirements of your tooling.

• Choose tip geometry: select the required tip shape (H, J, K, L, N, O, R, V, X, Y, Z) based on the part undercut/feature contact style and clearance to surrounding walls.
• Set standard length: for point length B & L, use the coded inch range 150 ~ 250 (standard [S]).
• Select alternate length options: depending on your stroke and pocket depth, use alternate [B]/[C]/[D]/[E] ranges such as 150~400, 150~600, 175~625, 200~625, 225~625, 250~650, or 250~700.

Use the P (0.05 ~ 1.625 in) and W (0.062 ~ 0.5 in) dimensions to ensure the working contact zone aligns with your ejection surface. Confirm available tolerance/fit with the punch supplier for guide alignment and safe clearance in close-tolerance tooling.