The application of ultrasonic vibration drawing technology in the production of titanium wires can significantly improve process quality and productivity. The following are some specific applications of this technology and its impact on process quality:
1. Reduce the pulling force: ultrasonic vibration can convert vibration energy into thermal energy, increase the temperature of titanium wire, reduce the deformation resistance of the material, thereby reducing the pulling force. Experiments show that orthogonal composite ultrasonic vibration can significantly extend the tension adjustment cycle of the wire drawing machine, reduce the uneven deformation of the wire material, so that the drawing process is more stable.
2. Improve the contact relationship between the mould and the wire material: ultrasonic vibration enhances the friction between the mould and the wire material, improves the plastic forming properties of the material, and helps to reduce the defects on the surface of the wire product, and improves the production efficiency.
3. Increase the processing rate of passes: As vibration can improve the plastic deformation of the material, ultrasonic vibration drawing technology can effectively increase the processing rate of passes.
4. Improve surface quality: ultrasonic vibration can significantly improve the surface finish of titanium alloy wire, reduce surface defects, which is essential to improve the aesthetics and corrosion resistance of the product.
5. Optimisation of process parameters: through simulation analysis, such as the use of ANSYS software, you can optimise the ultrasonic vibration drawing process, such as longitudinal vibration and longitudinal torsion composite vibration on the plastic deformation of the wire material to produce a positive effect, longitudinal and torsion composite vibration relative to only the longitudinal vibration of the effect is better, to provide a theoretical basis for the optimisation of the process.
6. Reduce the subsequent processing: As ultrasonic vibration drawing technology to improve the surface quality of the wire, may reduce the subsequent polishing or grinding process, saving time and cost.
7. Improved product consistency: Ultrasonic vibration helps to achieve a more homogeneous drawing process, thus improving product consistency and reliability.
8. Environmentally friendly: ultrasonic vibration drawing technology has a low environmental impact due to reduced energy consumption and material waste.
9. Improve material plasticity: ultrasonic vibration can improve the plastic deformation of the material, which is particularly important for processing high-strength materials such as titanium alloys.
10. Reduce the difficulty of subsequent processing: titanium wire produced by ultrasonic vibration drawing technology, due to the improved surface quality, reducing the difficulty of subsequent processing such as welding, machining, etc..
