What is the mechanism of tungsten alloy screws for counterweights and vibration suppression? Their mechanism is mainly based on high-density inertial mass and energy absorption. First, counterweight mechanism: High density (16-19g/cm³) providing small volume and large mass, precisely adjusting the center of gravity, such as in aircraft control surfaces, optimizing weight distribution and improving sensitivity. Second, vibration suppression mechanism: As dampers, absorbing vibration energy from rotating components, reducing resonance, counteracting unbalanced forces through mass inertia. Third, in crankshafts, suppressing vibration heat, reducing motor load, ensuring accuracy. Fourth, mechanism involves microstructural reinforcement: Grain structure bridging energy, resistant to high-frequency vibration. Fifth, in automobiles, absorbing engine vibration, improving stability. These mechanisms enhance performance and durability. Overall mechanism drives application innovation.
