Custom 316 Stainless Steel Precision Components (Natural Lathe Finish, Tensile Specimen & Connector)

316 Stainless Steel Body

• Material: Premium 316 stainless steel, renowned for its excellent corrosion resistance (including resistance to chlorides and acids), high tensile strength, and good mechanical stability. 

• Laboratory & Industrial-Grade Performance: The material’s chemical inertness ensures reliable performance in contact with corrosive fluids, saltwater, and lab reagents, making it suitable for both material testing and industrial equipment.

• Machining Suitability: The alloy’s good workability supports precision turning of complex profiles, including the narrow gauge section of the tensile specimen, while maintaining tight dimensional tolerances. 

Lathe Machining & Precision Forming

• Natural Machined Finish: The parts retain the raw metallic sheen from lathe turning, eliminating the risk of coating contamination and highlighting the precision machining quality, ideal for applications requiring clean, uncoated surfaces. 

• Complex Profile Machining: The tensile specimen-style part features a reduced gauge section (narrow waist) and threaded ends, requiring precise turning to meet standard test specifications for mechanical properties. 

• Thread & Dimensional Accuracy: Both parts feature precision threads and dimensional features, ensuring perfect fit with mating components in test equipment or industrial assemblies.

Customized Functional Design

• Test & Equipment Compatibility: The tensile specimen and matching connector are engineered to fit standard material testing machines or industrial equipment, ensuring accurate performance measurement and reliable assembly. 

• Corrosion Resistance Focus: 316 stainless steel’s superior corrosion resistance makes these parts suitable for long-term use in humid, corrosive, or marine environments where other materials would degrade. 

• Full Customization: We offer tailored CNC turning solutions, including custom specimen geometries, thread specifications, and dimensional tolerances to meet your specific testing or equipment requirements.