Gardner Spring 36096GS Precision Compression Spring

Product Description

The GARDNER SPRING 36096GS is a precision compression spring manufactured from stainless steel and engineered for applications that demand consistent force delivery and dimensional accuracy. With an outside diameter of 0.48 inches and a free length of 0.5 inches, this compact spring carries a maximum working load of 25.2 pounds and a spring rate of 108.6 pounds per inch. The closed and ground end type provides a stable, flat seating surface, which is critical for maintaining axial alignment under load. HVAC technicians, mechanical assemblers, and maintenance professionals specify this part where tight tolerances and corrosion resistance are both required.

This spring is suited for use in light mechanical assemblies, valve mechanisms, HVAC actuator components, and precision instrument housings where a small-footprint compression element is needed. The 0.063-inch wire diameter and stainless steel construction make it a practical choice in environments exposed to moisture, mild chemicals, or elevated temperatures. It fits holes with a diameter of 0.5 inches and compresses to a solid height of 0.301 inches, making it straightforward to engineer into space-constrained designs.

Key Features

• Stainless steel construction provides corrosion resistance in wet or chemically exposed environments
• Closed and ground ends ensure flat, stable seating and accurate load transfer
• Spring rate of 108.6 pounds per inch delivers predictable, linear force output
• Maximum working load of 25.2 pounds suits light-to-medium mechanical applications
• Solid height of 0.301 inches allows use in assemblies with tight compressed-length constraints
• Meets AISI 302, ASTM A228, and ASTM A313 material standards

Compatibility

Designed as an OEM-style precision compression spring for use in mechanical assemblies requiring a 0.48-inch outside diameter, 0.5-inch free length, and 0.5-inch hole diameter fitment.

Installation Notes

Installation is typically performed by mechanical assemblers, HVAC technicians, or maintenance personnel during component-level repair or new assembly. Ensure the mating bore and pilot surfaces are clean and free of burrs before seating the spring. Power down or depressurize any system before replacing springs in pressurized valve or actuator assemblies. Do not compress the spring beyond its solid height during installation, as this can permanently deform the coils and alter the spring rate.