棒材连轧生产线可采用低温轧制工艺实现节能降耗。
Low temperature rolling technology was applied for continuous rod production line in order to reduce energy consuming.
利用模拟软件分析了在现有轧机上进行低温轧制的可能性。
Utilize simulation software to analyse that carry on the possibility with rolling low temperature on the existing rolling mill.
低温轧制能够实现节能降耗，同时对细化晶粒也有一定作用。
The low temperature rolling technology can save energy. And it has function to the get fine crystal.
为国内在棒线材生产中进一步应用低温轧制工艺提供了有益参考。
Useful reference is provided for further application of low-temperature rolling in domestic wire rod production.
在棒材连轧机上通过建立低温轧制的变形阻力数学模型，计算了轧机的轧制负荷。
The mathematics model of deformed resistance be built in continuous mills of bar. The load of mills be calculated.
结果表明，在具有低温轧制能力的高线轧机生产线上，采用控轧控冷工艺生产高强度钢筋是可行的。
The result shows that production of high strength screw bars is reasonable by the control rolling and control cooling process on high-speed wire mill with the capacity of low temperature rolling.
叙述了低温轧制的节能效果、低温轧制对成品质量的影响、低温轧制对轧机负荷的影响及低温轧制在生产中应注意的问题。
The energy-saving effects of low-temperature rolling, effect of low-temperature rolling on product quality, mill load and aspects to be noted on low-temperature rolling production are discussed.
叙述了低温轧制的节能效果、低温轧制对成品质量的影响、低温轧制对轧机负荷的影响及低温轧制在生产中应注意的问题。
The energy-saving effects of low-temperature rolling, effect of low-temperature rolling on product quality, mill load and aspects to be noted on low-temperature rolling production are discussed.
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