Beyler, bugün hayranlı motorlarda vibraciyle ilgilenmek için bağlı ferrite yeteneğini nasıl geliştirmek hakkında konuşalım.
:2024-12-16
:30
First of all, you can start by optimizing the binder. Choosing a highly elastic binder is like putting on a shock-absorbing "coat" for ferrite, which effectively absorbs shock energy. At the same time, the strength of the binder is increased to make the ferrite stand more stable in the motor.
Strengthening the ferrite structure is also important. Improved ferrite formulation to make it stronger. Design reasonable shape to reduce stress concentration. Then do a surface treatment will improve wear resistance and reduce wear caused by vibration.
Motor design cannot be ignored. Strengthen the motor structure to make it more robust. Optimize balance and reduce vibration due to imbalance. Shock absorption measures can also be added to give ferrite an additional layer of protection.
Finally, be sure to test rigorously. Simulate various vibration environments to see how the ferrite behaves. Long-term running tests can not be less, to ensure stability and reliability during actual use.
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