Value Collection 40952 Extended Prong Cotter Pin

Product Description

The VALUE COLLECTION 40952 is an extended prong cotter pin designed for use in mechanical fastening applications where a secure, removable locking solution is required. Measuring 0.25 inches in diameter and 5 inches in usable length, this pin is constructed from Grade 2 steel with a zinc-plated finish for basic corrosion resistance. Extended prong cotter pins are installed through a drilled hole in a shaft or bolt and then bent to lock components in place. Mechanics, maintenance technicians, and industrial assembly workers commonly install these in agricultural, automotive, and general machinery applications.

This cotter pin suits a wide range of residential and commercial mechanical assemblies where a reliable, reusable pin-retention method is needed. Typical install scenarios include securing clevis pins, castle nuts, and linkage assemblies on equipment and machinery. The 5-inch usable length accommodates thicker assemblies or applications requiring extra prong length for bending clearance. Sold individually per package.

Key Features

• Extended prong design provides additional length for secure bending after installation
• 0.25-inch diameter fits standard drilled shaft and bolt hole sizes
• 5-inch usable length accommodates thick assemblies and wide clevis applications
• Grade 2 steel construction provides adequate strength for general mechanical use
• Zinc-plated finish offers basic corrosion resistance in mild environments

Compatibility

Designed as a standard extended prong cotter pin for general mechanical fastening applications requiring a 0.25-inch diameter pin with 5-inch usable length.

Installation Notes

Cotter pins are typically installed by mechanics or maintenance technicians using needle-nose pliers or cotter pin tools. Always ensure the receiving hole diameter matches the pin diameter before insertion. After passing the pin through the hole, spread the prongs evenly to secure the assembly. Remove and replace cotter pins rather than reusing bent pins, as rebending weakens the material.