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Laser cleaning of the contaminations on the surface of tire mould

机译:激光清洁轮胎模具表面的污染

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摘要

During the manufacturing of tires, surface pollutants on tire mould will lead to the production of unqualified tires. Tire moulds need to be regularly cleaned. Laser cleaning is recognized as a non-destructive, effective, precise and environmental friendly method. In this paper, laser cleaning was used to remove contaminants on tire mould surface. First, laser induced damage experiments were performed. The results showed that the roughness and hardness of the cast steel sample surface seldom changed under the energy range of 140.1-580.2 mJ laser irradiation 1 pulse and the energy range of 44.7-168.9 mJ laser irradiation 100 pulses. In the laser cleaning experiments, the cleaning thresholds and the optimal cleaning parameters were obtained. Results indicated that laser cleaning was safe and effective for tire mould contamination removal.
机译:在轮胎制造过程中,轮胎模具上的表面污染物会导致生产不足的轮胎。 需要定期清洁轮胎模具。 激光清洁被认为是非破坏性,有效,精确和环保的方法。 在本文中,使用激光清洁除去轮胎模具表面上的污染物。 首先,进行激光诱导的损伤实验。 结果表明,铸钢样品表面的粗糙度和硬度很少在140.1-580.2MJ激光照射1脉冲的能量范围内发生变化,能量范围为44.7-168.9 MJ激光照射100脉冲。 在激光清洁实验中,获得清洁阈值和最佳清洁参数。 结果表明激光清洁对于轮胎模具污染去除安全有效。

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