Dayton Lamina 9-1614-26 Die Spring Red Heavy-duty

Product Description

The DAYTON LAMINA 9-1614-26 is a heavy-duty die spring designed for use in stamping dies, molds, and precision tooling applications. Built from chromium-vanadium steel, it delivers a maximum deflection load of 505 pounds at a maximum deflection of 1.05 inches. The D-shaped wire profile provides consistent force distribution and reliable cycle life under repeated compression. With a 1 inch hole diameter, 1/2 inch rod diameter, and 3.5 inch free length, this spring fits standard die set configurations and is installed by tool and die makers, press technicians, and industrial maintenance professionals.

This spring is suited for heavy-duty press tooling where high load capacity and dimensional consistency are required. The red color coding identifies it as a heavy-duty rating per ISO 10243 standards, making spring selection and replacement straightforward during die maintenance. Typical applications include progressive dies, blanking dies, and forming dies in metal stamping operations across automotive and general manufacturing environments. It is sold individually and packaged one piece per unit.

Key Features

• Heavy-duty duty rating with 505 pound maximum deflection load
• Chromium-vanadium steel construction for high fatigue resistance under repeated cycling
• D-shaped wire cross-section for stable rod guidance and uniform load transfer
• Red color coding per ISO 10243 for quick visual duty identification
• Maximum operating deflection of 30 percent of free length
• Meets ISO 10243, ISO 9001:2015, and NAAMS standards

Compatibility

Designed as an OEM-style replacement or direct-fit die spring for heavy-duty stamping and forming tooling applications requiring a 1 inch hole diameter and 1/2 inch rod diameter with a 3.5 inch free length.

Installation Notes

Installation is performed by qualified tool and die technicians or industrial maintenance personnel. Always relieve all press pressure and lock out the press ram before removing or installing die springs. Inspect the mating rod and guide bore for wear or damage prior to installation. Do not exceed the rated maximum operating deflection, as over-compression will reduce spring life and may cause failure.