External retaining ring for axial assembly into machined grooves on shafts Key design and benefits - Tapered section design provides uniform deformation around the circle This ensures complete contact and tightness in the groove for secure retention. - Reliable axial retention Designed to hold components in place along shafts with consistent performance under load. Steel version - Temperature rating: Safe operation from -100°F to 500°F - Material: Carbon spring steel SAE 1060-1090 - Suitable for standard duty applications where moderate heat and corrosion exposure are not a concern. Stainless steel version - Temperature rating: Safe operation from -100°F to 900°F - Material: Stainless steel - Corrosion resistance: Designed for use in environments where corrosion is a consideration and higher heat exposure is expected Use scenarios - General machinery assembly Use external retaining rings in belt drives, pumps, or gearboxes to secure components in machined shaft grooves, ensuring reliable axial retention during operation. - High temperature applications In engines, exhaust systems, or heat exchangers where higher heat tolerance is required, use stainless steel rings to maintain groove contact and resist corrosion. - Harsh or corrosive environments In chemical processing, marine equipment, or outdoor installations, stainless steel rings provide corrosion resistance while maintaining secure groove engagement. Notes - Steel option uses carbon spring steel SAE 1060-1090 - Stainless option provides corrosion resistance and higher temperature capability up to 900°F