Gibraltar SWN10-2SL-G Threaded Spring Plunger 8-36

Product Description

The GIBRALTAR SWN10-2SL-G is a stubby threaded spring plunger designed to provide controlled, repeatable end-force in mechanical assemblies, fixtures, and positioning applications. Built with a steel body and nylon nose, it accepts an 8-36 thread and delivers 0.5 pounds of initial end force rising to 1.5 pounds of final end force. The plunger projection measures 0.052 inches with a maximum plunger diameter of 0.07 inches and a thread length of 0.437 inches. This type of component is typically installed by machinists, tool-and-die technicians, and maintenance mechanics working with jigs, fixtures, or precision assemblies where light, consistent spring pressure is required.

This spring plunger is suited for use in light-duty indexing, detent, and positioning applications across industrial and manufacturing environments. The stubby plunger length type makes it well suited for installations with limited depth clearance. The nylon nose reduces marring on mating surfaces, making it appropriate for assemblies where surface finish must be preserved. No locking element is included, so the plunger threads freely into a tapped hole without requiring adhesive or staking for standard installations.

Key Features

• Steel body construction for durability in mechanical assemblies
• Nylon nose reduces surface marring on contact faces
• 8-36 thread with 0.437 inches thread length for secure engagement
• Stubby plunger profile accommodates shallow installation depths
• 0.5 pounds initial end force and 1.5 pounds final end force for light-duty detent and positioning use
• No locking element allows straightforward installation into standard tapped holes

Compatibility

Designed as a replacement or original-install spring plunger for mechanical fixtures, jigs, and assemblies requiring an 8-36 threaded stubby-style plunger with a nylon nose and steel body.

Installation Notes

Installation is performed by threading the plunger into a pre-tapped 8-36 hole using the appropriate hex key or driver. Ensure the mating hole is clean and free of debris before installation. Do not overtighten, as the steel body and small thread form can be damaged if excessive torque is applied. No locking element is present, so apply thread-locking compound if vibration resistance is required by the application.