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1. Improve wear resistance ** : Thermal spraying can form a wear-resistant coating on the surface of the spline shaft, such as tungsten carbide alloy coating, which can significantly improve the wear resistance of the shaft and extend the service life.
2. Repair dimensional out-of-alignment : For spline shafts with dimensional deviations due to wear, thermal spraying technology can be used to repair and restore their dimensional accuracy.
3. Enhanced surface performance : Thermal spray coating can give the spline shaft additional functionality, such as corrosion resistance, oxidation resistance, erosion resistance, etc. These performance improvements help maintain shaft performance and reliability in harsh environments.
4. Low economic cost : Compared with replacing a new spline shaft, thermal spraying technology as a surface engineering technology can repair and enhance its performance without changing the overall structure of the shaft, thus saving costs.
5. Extend the service life of the equipment : Through thermal spraying technology, the spline shaft can be strengthened and pre-protected, which is equivalent to "wearing protective clothing" to the shaft, thereby extending the service life of the entire equipment.
1. Improve wear resistance ** : Thermal spraying can form a wear-resistant coating on the surface of the spline shaft, such as tungsten carbide alloy coating, which can significantly improve the wear resistance of the shaft and extend the service life.
2. Repair dimensional out-of-alignment : For spline shafts with dimensional deviations due to wear, thermal spraying technology can be used to repair and restore their dimensional accuracy.
3. Enhanced surface performance : Thermal spray coating can give the spline shaft additional functionality, such as corrosion resistance, oxidation resistance, erosion resistance, etc. These performance improvements help maintain shaft performance and reliability in harsh environments.
4. Low economic cost : Compared with replacing a new spline shaft, thermal spraying technology as a surface engineering technology can repair and enhance its performance without changing the overall structure of the shaft, thus saving costs.
5. Extend the service life of the equipment : Through thermal spraying technology, the spline shaft can be strengthened and pre-protected, which is equivalent to "wearing protective clothing" to the shaft, thereby extending the service life of the entire equipment.
