Waved Spring vs Regular Spring Technical Comparison
Performance Advantages
Waved springs (also known as wave springs) deliver superior performance in precision engineering applications compared to conventional coil springs. Their unique wave geometry provides exceptional elasticity and impact resistance while overcoming limitations of traditional springs.
Space Efficiency
Up to 50% space savings compared to regular springs
Weight Reduction
30% lighter than conventional coil springs
Load Range
Optimized for small load requirements (5N to 500N)
Performance
Minimal deformation tolerance and low spring stiffness
Key Applications
- Bearing preload in aerospace avionics systems
- Vibration reduction in medical diagnostic equipment
- Seal integrity maintenance in hydraulic systems
- Power transmission optimization in high-speed electric motors
Material Options
| Material |
Application |
Key Benefits |
| 1074 High-Carbon Steel |
Cost-sensitive industrial applications |
Economic efficiency |
| 65Mn Spring Steel |
High-cycle applications |
Superior fatigue resistance (exceeding 10⁶ cycles) |
| SUS304/SUS316 Stainless Steel |
Corrosion-prone environments |
Excellent corrosion resistance |
| Inconel Alloys |
Extreme temperature operations |
Performance up to 650°C |
Surface Treatments & Quality
Advanced surface treatments include phosphating (500+ hours salt spray resistance), mechanical zinc plating, and dacromet coating. All springs meet rigorous quality standards (ISO 9001/AS9100) and undergo comprehensive testing including load-deflection curve validation and dimensional accuracy checks.
