Dayton Lamina 6-1018-86 Die Mold Solid Sleeve

Product Description

The DAYTON LAMINA 6-1018-86 is a hardened steel die mold solid sleeve designed for precision alignment and guidance in die and mold tooling assemblies. With a 1-5/8 inch inside diameter, a 2-1/8 inch outside diameter, and an overall length of 4-1/2 inches, this sleeve provides a tight, reliable fit around a 1-1/4 inch post diameter. Hardened steel construction ensures wear resistance and dimensional stability under the repetitive load cycles common in stamping and molding operations. Tool and die makers and mold builders rely on components like this to maintain consistent part alignment throughout the service life of the die set.

This solid sleeve is suited for use in die sets, mold bases, and similar precision tooling applications found in metal stamping, plastics molding, and progressive die operations. It is sized to standard tooling post dimensions, making it a practical fit for both new die builds and refurbishment of existing assemblies where sleeve replacement is required to restore alignment tolerances.

Key Features

• Hardened steel construction resists wear and deformation under cyclic loading
• 1-5/8 inch inside diameter for guided post fitment
• 2-1/8 inch outside diameter for standard sleeve pocket installation
• 4-1/2 inch overall length suits common die set stack heights
• Solid sleeve design eliminates internal voids for maximum compressive strength

Compatibility

Designed as an OEM-style replacement or new-build component for die sets and mold bases requiring a 1-5/8 inch ID solid sleeve with a 1-1/4 inch post diameter and 4-1/2 inch overall length.

Installation Notes

Installation is typically performed by a tool and die maker or mold technician. The die set or mold base should be fully de-energized and press-locked out before sleeve removal or installation. Proper press-fit or slip-fit tolerances should be verified against the tooling drawing before pressing the sleeve into the pocket. Do not use impact tools that could distort the sleeve bore or damage the hardened surface finish.