Dayton Lamina 6-0816-86 Die Mold Solid Sleeve Hardened Steel

Product Description

The DAYTON LAMINA 6-0816-86 is a die mold solid sleeve designed for use in stamping dies, mold bases, and precision tooling assemblies. It features a 1-3/8 inch inner diameter, a 1-7/8 inch outer diameter, and a 4 inch overall length. The sleeve is machined from hardened steel for durability and dimensional stability under cyclic load and lateral stress. It accepts a 1 inch post diameter and is intended for installation by tool and die makers, mold builders, and precision machining professionals working with standard die set components.

This solid sleeve is suited for die mold applications in both production stamping and injection mold tooling environments. It fits into standard die set configurations where a hardened guide sleeve is required to maintain post-to-bushing alignment. The 4 inch overall length accommodates typical shut heights found in medium-duty die sets used in metal fabrication and plastics tooling operations.

Key Features

• Hardened steel construction for wear resistance and long service life under repetitive cycling
• 1-3/8 inch inner diameter with 1-7/8 inch outer diameter for precise radial clearance control
• 4 inch overall length to fit standard medium-duty die set configurations
• Accepts 1 inch post diameter
• Solid sleeve design provides full-length bearing surface contact

Compatibility

Designed as an OEM-style replacement or direct-fit component for standard die mold assemblies requiring a hardened steel solid guide sleeve with a 1 inch post diameter and 1-3/8 inch inner diameter.

Installation Notes

Installation is typically performed by tool and die makers or mold technicians during die set assembly or maintenance. The die set must be fully de-energized and the press must be locked out and tagged out before servicing any sleeve or guide components. Press-fit tolerances should be verified against the mating bore before installation. Do not force the sleeve into an undersized bore without confirming dimensional fit.