Product Description
As an important mechanical component, springs play a crucial role in multiple fields. The following are the main uses and application scenarios of springs:
1. Buffer and vibration reduction
Springs can absorb and reduce vibrations and impacts, protecting mechanical components from damage. For example, the damping springs under cars and train carriages, as well as the buffering springs of various buffers, effectively reduce the impact force.
The wind turbine damping spring shock absorber can effectively isolate high-frequency and low-frequency vibrations by combining springs and dampers, significantly reducing vibration transmission.
2. Control mechanical motion
Springs play a crucial role in machinery, such as valve springs in internal combustion engines and control springs in clutches, which precisely control the movement of mechanical components through elastic deformation.
A torsion spring can statically fix a device and generate torque or rotational force when needed by storing and releasing angular energy.
3. Storage and output of energy
Springs store energy through deformation and quickly release it when needed, providing power to machinery. For example, clock springs and springs in firearms store energy through deformation and quickly release it when needed.
The combination of spring and high transmission ratio mechanism in mechanical watches enables slow release of energy, which is particularly common in mechanical watches.
4. Measure the magnitude of the force
Springs are used as force measuring elements in force gauges and spring scales, and their deformation is measured to determine the magnitude of the applied force.
5. Improve comfort and safety
The application of springs in products such as mattresses and car suspension systems has improved comfort and safety.
The application of air springs in the suspension system of high-end vehicles can effectively improve the smoothness of the vehicle and enhance driving comfort.
6. Promote the progress of materials science
The development of spring technology has promoted the progress of materials science, such as EVA materials, carbon plates, etc., making the cushioning and rebound effects of sports shoes better.
7. Special applications
Carbon nanotube springs are expected to be applied in fields such as stretchable conductors, flexible electrodes, miniature strain sensors, supercapacitors, integrated circuits, solar cells, field emission sources, energy dissipating fibers, and medical devices such as tension sensing bandages.
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Product Parameters
FAQ
Q1.What is the Trade Term?
A1:Ex-work factory , FOB Qingdao, FOB Shanghai,FOB Tianjin, CIF
Q2: Can I get samples?
A2: Yes, we can supply free sample, you pay for the freight charge only.
Q3: How to pay?
A3: PI will be sent firstly after our aligned products specification. Payment by Paypal , T/T, Western Union,LC,
are ok.
Q4: How is your MOQ?
A4: Normally speaking, our MOQ is 100.
Q5.How long is our Production leading time?
A5:within 3-20 days upon receive deposit in normal season, and 10-30days in our busy time
Q6.What kind of documents we will provide to you?
A6:B/L,Commercial Invoice, Packing List,Certificate of Original. with these documents you or your borker can do the
customs declaration at your side.
Q7. During shipping, if there is a damage to products, how do you get replacement?
A7: During shipping,our shipping angancy will try to ensure the safety of the goods.If there is a damage to
products, they would be responsible for the damage .If it is not a very serious problems,we will help you and
compensate you the damaged parts.