Stainless Steel Springs
Stainless Steel Springs
Stainless Steel Springs are springs made from stainless steel materials, offering excellent corrosion resistance, rust resistance, and high-temperature performance. Compared to ordinary carbon steel springs, stainless steel springs provide longer service life and greater stability in humid, outdoor, alkaline, acidic, or chemical environments, making them highly favored in industrial applications.
Key Features and Advantages of Stainless Steel Springs:
Corrosion and Oxidation Resistance: Suitable for contact with moisture, oil, or chemicals.
Rust Resistance: Ideal for outdoor environments or long-term use.
High-Temperature Resistance: Different grades can withstand temperatures from 200°C to 400°C.
Stable Mechanical Strength: Resistant to fatigue and deformation during prolonged use.
Low Maintenance Cost: Long service life and high reliability.
Common Stainless Steel Materials:
SUS304: Excellent corrosion resistance, heat resistance up to 200–250°C, widely used in general industrial equipment.
SUS301: Higher tensile strength than SUS304, good ductility, and strong elasticity; suitable for applications requiring higher strength springs.
SUS316: Superior corrosion resistance compared to SUS304; ideal for chemical, coastal, or highly corrosive environments, commonly used in food, medical, and marine equipment.
SUS631 (17-7PH): High hardness and strength; can undergo precipitation hardening (PH) to improve performance; used in high-end industrial components, precision mechanisms, and aerospace parts.
Common Types of Stainless Steel Springs:
Compression Springs/Extension Springs/Torsion Springs/Wave Springs/Conical Springs/Spring Clips
