The thermal scratch significantly influences the surface quality of the stainless steel in cold strip rolling. The thermal scratch has a close relation to the rolling parameters, the rolls surface and the emulsions us...The thermal scratch significantly influences the surface quality of the stainless steel in cold strip rolling. The thermal scratch has a close relation to the rolling parameters, the rolls surface and the emulsions used in rolling. In order to explain the thermal scratch on the strip surface, the cold roiling process of SUS430 stainless steel strip was investigated in the laboratory. The thermal scratch defect occurs frequently in the second rolling pass （maximum reduction in height is 32.3 ~）, especially on the lower surface of strips. When concentration and temperature of the emulsion are the same, the thermal scratch on the surface o{ the strip is aggravated with increasing the roll surface roughness. With the same roll surface roughness and emulsion concentration, the thermal scratch is obviously more severe at an emulsion temperature of 63 ℃ than 55 ℃. With the same roll surface roughness and emulsion tempera- ture, the thermal scratch is distinctly weaker at the emulsion concentration of 6 % than that of 3 %.展开更多
薄膜晶体管显示器(Thin Film Transistor,TFT)基板玻璃表面擦划伤是液晶面板表面质量的重要管控项目之一。论文结合高世代基板玻璃浮法工艺特点,选取高世代玻璃基板加工过程中高频出现的不同形态的表面擦划伤进行研究。论文通过形态和...薄膜晶体管显示器(Thin Film Transistor,TFT)基板玻璃表面擦划伤是液晶面板表面质量的重要管控项目之一。论文结合高世代基板玻璃浮法工艺特点,选取高世代玻璃基板加工过程中高频出现的不同形态的表面擦划伤进行研究。论文通过形态和表面残留物成分分析产生表面擦划伤的原因,并结合产线实际布局及加工特点进行有效管控生产工艺,促进高世代玻璃基板品质提升。展开更多
基金Sponsored by National Natural Science Foundation of China(51174057,51274062)National High-technology Researchand Development Program of China(2012AA03A503)
文摘The thermal scratch significantly influences the surface quality of the stainless steel in cold strip rolling. The thermal scratch has a close relation to the rolling parameters, the rolls surface and the emulsions used in rolling. In order to explain the thermal scratch on the strip surface, the cold roiling process of SUS430 stainless steel strip was investigated in the laboratory. The thermal scratch defect occurs frequently in the second rolling pass （maximum reduction in height is 32.3 ~）, especially on the lower surface of strips. When concentration and temperature of the emulsion are the same, the thermal scratch on the surface o{ the strip is aggravated with increasing the roll surface roughness. With the same roll surface roughness and emulsion concentration, the thermal scratch is obviously more severe at an emulsion temperature of 63 ℃ than 55 ℃. With the same roll surface roughness and emulsion tempera- ture, the thermal scratch is distinctly weaker at the emulsion concentration of 6 % than that of 3 %.
文摘薄膜晶体管显示器(Thin Film Transistor,TFT)基板玻璃表面擦划伤是液晶面板表面质量的重要管控项目之一。论文结合高世代基板玻璃浮法工艺特点,选取高世代玻璃基板加工过程中高频出现的不同形态的表面擦划伤进行研究。论文通过形态和表面残留物成分分析产生表面擦划伤的原因,并结合产线实际布局及加工特点进行有效管控生产工艺,促进高世代玻璃基板品质提升。
