What Are Die Springs? | #die spring
What Are Die Springs? | #die spring
What Are Die Springs? | #die spring
Key Considerations of choosing a disc spring's material
- Load Capacity: Inconel 718 and 17–7 PH are suited for high-stress systems, while 51CrV4 and X10CrNi18–8 work in less demanding scenarios.
- Corrosion Resistance: X10CrNi18–8 and Inconel 718 excel in corrosive environments; 51CrV4 is less resistant unless treated.
- Temperature Resistance: Inconel 718 leads for high-temperature applications; 17–7 PH is suitable for moderate temperatures.
- Fatigue Life: Cyclic applications require Inconel 718 or 17–7 PH for durability.
Selection of Disc Springs
Selection is based on the following factors (STAMP methodology):
1. Size: Outer/inner diameter, thickness, and free height.
2. Temperature: Operational temperature ranges (room temperature, 150°C, 300°C, 600°C).
3. Application State: Load characteristics, vibration frequency, and preloading requirements.
4. Medium: Corrosion resistance and environmental factors like pH values.
5. Pressure: Operating pressure fluctuations and thermal expansion/contraction.
Read more: http://www.raleigh-spring.com/
There are 4 main types of wave springs : Single-turn wave spring, Nested wave spring, Interlaced wave spring, Multi-turn wave spring with shims. Which types do you need?
Contact me:Miko.wang@raleigh-spring.com
#wavesprings #valves #noisereduction #smoothperformance #vibrationcontrol #engineeringsolutions #bicycles
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