Gibraltar MT7692-G Straight Ejector Pin 5mm 200mm Steel

Product Description

The GIBRALTAR MT7692-G is a straight ejector pin designed for use in injection mold tooling and die applications. Machined from steel with a nitride finish, this pin delivers the surface hardness and wear resistance required in high-cycle mold environments. It features a 5 mm pin diameter, a 197 mm pin length, and a 200 mm overall length. The 10 mm head diameter and 3 mm head height provide positive seating against the ejector plate. Mold makers, tool and die technicians, and precision machining professionals will find this pin suited to standard ejector plate assemblies.

This ejector pin is intended for use in plastic injection molds, die casting tooling, and similar precision metalworking applications. It is installed in ejector plate assemblies where consistent pin geometry and surface finish are critical to part ejection and mold longevity. The nitride finish reduces galling and extends service life in demanding production runs. Sold individually, making it practical for single-pin replacement jobs or prototype tooling builds.

Key Features

• Straight ejector pin configuration for standard ejector plate installations
• 5 mm pin diameter with 197 mm pin length and 200 mm overall length
• 10 mm head diameter and 3 mm head height for positive ejector plate retention
• Steel construction with nitride finish for surface hardness and wear resistance
• Sold as a single unit, suitable for replacement or prototype applications

Compatibility

Designed as a direct-fit replacement ejector pin for standard injection mold ejector plate assemblies requiring a 5 mm diameter straight ejector pin with a 200 mm overall length.

Installation Notes

Installation is performed by mold makers or tool and die technicians during mold maintenance or build. The mold should be fully cooled, depressurized, and removed from the press before ejector plate disassembly. Verify pin hole diameter and plate pocket dimensions match the pin and head specifications before installation. Avoid forcing pins into undersized bores, as this can cause bore damage or pin fracture.