首页> 外文会议>International conference on zinc and zinc alloy coated steel sheet >THE PROCESSING OF MODERN MATERIALS IN CONTINUOUS GALVANISING LINES WITH THE RAPID COOLING ROUTE
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THE PROCESSING OF MODERN MATERIALS IN CONTINUOUS GALVANISING LINES WITH THE RAPID COOLING ROUTE

机译:用快速冷却路线加工连续镀锌线路的现代材料

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The fast cooling process is of major interest not only for CGL enhancement but also for the overall strip processing route. Therefore the design of the cooling equipment becomes very strategic. To prevent from making the cooling equipment the bottleneck of the processing line, many aspects of the system have to be integrated in the design. Optimum compromises or balance has to be considered with respect to thermal performance, thermo-mechanical stress and mechanical behaviour of the strip. Considering all these parameters the fast cooling process answers the actual demand for improving the continuous processing of steel strip necessary for enhancement of steel properties. The cooling technology is now able to cool down 1 mm gauge material at a cooling rate of 130°C/s (i.e. 160°C/s for 0.8mm gauge material). This cooling technology consists in blowing high H_2 content gas mixture into optimised blowing geometry that can be advantageously integrated in a CGL.
机译:快速冷却过程不仅适用于CGL增强,而且对于整个条带加工路线而言。因此,冷却设备的设计变得非常战略。为防止使冷却设备加工生产线的瓶颈,系统的许多方面必须集成在设计中。必须考虑最佳的折衷或平衡,相对于带材的热性能,热机械应力和机械行为。考虑到所有这些参数,快速冷却过程回答了改善钢带所需钢带连续加工的实际需求。冷却技术现在能够以130°C / s的冷却速度冷却1mm表示材料(即160°C / s为0.8mm尺寸材料)。该冷却技术包括将高H_2内容气体混合物吹入优化的吹吹几何中,该吹气几何形状可以有利地集成在CG1中。

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