Precision-Formed Peaks and Valleys Waved Spring for Small Load Capacities (5N-500N) and Minimal Axial Deformation (≤0.05mm)
Precision-Formed Peaks and Valleys Waved Spring for Small Load Capacities (5N-500N) and Minimal Axial Deformation (≤0.05mm)
Basic Properties
Place of Origin:
Sihong, China
Brand Name:
Sunzo
Certification:
CE/IATF16949/45001/14001/9001
Trading Properties
Minimum Order Quantity:
Negotiable
Price:
Negotiable
Payment Terms:
Negotiable
Product Summary
SUNZO provides expert waved spring technical support with custom engineering, material selection (-200°C to 650°C), FEA simulation, and rigorous testing for optimal performance in aerospace, medical, and industrial applications.
Product Custom Attributes
Highlight
precision wave spring
,precision waved spring
,500n wave spring
Load Capacity:
5N-500N
Axial Deformation:
≤0.05mm
Temperature Range:
-200°C To 650°C
Fatigue Resistance:
10⁶+ Cycles
Material Options:
65Mn, 60Si2MnA, SUS304, Inconel718
Stiffness Range:
0.5-20 N/mm
Tolerance:
±0.02mm
Load Accuracy:
±3%
Fatigue Testing:
10⁶ Cycles At 70% Rated Load
Dynamic Load Frequency:
Not Specified
Corrosion Resistance:
SUS304 For Humid Environments
High-temperature Stability:
Up To 650°C (Inconel718)
Peak Count:
Customizable
Thickness Profiles:
Customizable
Wave Geometry:
Optimized Via FEA
Prototyping Method:
CNC Forming
Environmental Testing:
Salt Spray, Thermal Cycling
Preload Maintenance:
Stable
Shock Absorption:
60Si2MnA Material
Load-deflection Analysis:
Included In Testing
Product Description
Detailed Specifications & Features
Waved Spring Technical Support: SUNZO's Comprehensive Engineering Solutions for Optimal Product Selection
Selecting the optimal waved spring for industrial applications requires precise alignment with load requirements, environmental conditions, and space constraints—challenges SUNZO's technical support team is uniquely equipped to address.
As specialized elastic elements featuring precision-formed peaks and valleys on a metal ring, waved springs excel in scenarios demanding small load capacities (5N-500N), minimal axial deformation (≤0.05mm), and stable preload maintenance.
Our Technical Support Process
- Application Analysis: Our engineers conduct thorough assessments of operating parameters (temperature range -200°C to 650°C, dynamic load frequency, corrosion exposure) to recommend optimal materials
- Custom Design Engineering: Leveraging FEA simulation and 3D modeling, we optimize wave geometry to achieve target stiffness (0.5-20 N/mm) and load-deflection characteristics, with rapid prototyping available via CNC forming (±0.02mm tolerance)
- Performance Validation: Each custom solution undergoes rigorous testing, including load-deflection curve analysis (±3% accuracy), fatigue life testing (10⁶ cycles at 70% rated load), and environmental exposure trials
- Application Integration Support: We provide detailed installation guidelines, compatibility assessments with mating components, and post-installation performance monitoring
Material Portfolio
65Mn: High fatigue resistance for 10⁶+ cycles
60Si2MnA: Superior flexibility for shock absorption
SUS304: Corrosion resistance for humid environments
Inconel718: High-temperature stability up to 650°C
Whether for aerospace actuation systems, precision medical devices, or hydraulic seal assemblies, SUNZO's technical team delivers end-to-end support to ensure your waved spring solution meets both technical specifications and operational longevity requirements.
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