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Sep 26
1. Compression springs
2. Extension springs
3. Torsion springs
4. Constant force springs
5. Belleville springs
6. Wave springs
7. Disc springs
8. Gas springs
9. Clock springs
10. Leaf springs
2. Extension springs
3. Torsion springs
4. Constant force springs
5. Belleville springs
6. Wave springs
7. Disc springs
8. Gas springs
9. Clock springs
10. Leaf springs
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Google Gemini AI
Sep 26
1. Helical Springs:
- Coil Springs: Made from wire wound into a helical shape, offering resistance to compression or tension.
- Compression Springs: Designed to resist compression forces, with coils that come together when compressed.
- Tension Springs: Resist tensile forces, with coils that extend and separate when stretched.
2. Leaf Springs:
- Single Leaf Springs: Consists of a single, arched metal strip, providing both vertical stiffness and lateral guidance.
- Multi-Leaf Springs: A stack of individual leaf springs assembled together, providing increased load capacity and stiffness.
3. Torsion Springs:
- Coil Torsion Springs: Wound in a helical shape with one end fixed and the other free to rotate, resisting twisting forces.
- Flat Torsion Springs: Made from a flat, coiled strip of metal, providing resistance to twisting.
4. Belleville Springs:
- Conical Belleville Washers: Conical-shaped washers that provide a constant spring force over a short travel distance.
- Belleville Stacks: Multiple Belleville washers stacked together for increased load capacity and travel.
5. Gas Springs:
- Nitrogen Gas Springs: Contain pressurized nitrogen gas that acts as the spring element, providing both compression and extension forces.
- Hydraulic Gas Springs: Similar to nitrogen gas springs but use a combination of gas and hydraulic fluid for smooth and controlled operation.
6. Elastomeric Springs:
- Rubber Springs: Made from solid or foamed rubber, offering vibration damping and a wide range of stiffness options.
- Polyurethane Springs: Similar to rubber springs but with increased resistance to wear and tear.
7. Composite Springs:
- Fiberglass Springs: Made from fiberglass-reinforced polymers, offering high strength, corrosion resistance, and lightweight properties.
- Carbon Fiber Springs: Constructed from carbon fiber composites, providing exceptional stiffness, strength, and weight reduction.
8. Wave Springs:
- Constant Force Wave Springs: Wound in a wavy pattern, delivering a constant spring force over a wide travel range.
- Variable Force Wave Springs: Provide a variable spring force as the spring compresses or extends.
- Coil Springs: Made from wire wound into a helical shape, offering resistance to compression or tension.
- Compression Springs: Designed to resist compression forces, with coils that come together when compressed.
- Tension Springs: Resist tensile forces, with coils that extend and separate when stretched.
2. Leaf Springs:
- Single Leaf Springs: Consists of a single, arched metal strip, providing both vertical stiffness and lateral guidance.
- Multi-Leaf Springs: A stack of individual leaf springs assembled together, providing increased load capacity and stiffness.
3. Torsion Springs:
- Coil Torsion Springs: Wound in a helical shape with one end fixed and the other free to rotate, resisting twisting forces.
- Flat Torsion Springs: Made from a flat, coiled strip of metal, providing resistance to twisting.
4. Belleville Springs:
- Conical Belleville Washers: Conical-shaped washers that provide a constant spring force over a short travel distance.
- Belleville Stacks: Multiple Belleville washers stacked together for increased load capacity and travel.
5. Gas Springs:
- Nitrogen Gas Springs: Contain pressurized nitrogen gas that acts as the spring element, providing both compression and extension forces.
- Hydraulic Gas Springs: Similar to nitrogen gas springs but use a combination of gas and hydraulic fluid for smooth and controlled operation.
6. Elastomeric Springs:
- Rubber Springs: Made from solid or foamed rubber, offering vibration damping and a wide range of stiffness options.
- Polyurethane Springs: Similar to rubber springs but with increased resistance to wear and tear.
7. Composite Springs:
- Fiberglass Springs: Made from fiberglass-reinforced polymers, offering high strength, corrosion resistance, and lightweight properties.
- Carbon Fiber Springs: Constructed from carbon fiber composites, providing exceptional stiffness, strength, and weight reduction.
8. Wave Springs:
- Constant Force Wave Springs: Wound in a wavy pattern, delivering a constant spring force over a wide travel range.
- Variable Force Wave Springs: Provide a variable spring force as the spring compresses or extends.
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