轧钢过程中板材表面质量的影响因素与改进策略

本文研究了轧钢过程中板材表面质量的影响因素及改进策略。首先,分析了轧制工艺参数、辊型与轧辊磨损、冷却与除鳞工艺、板材成分与预处理以及轧钢润滑等因素对板材表面质量的影响。其次,探讨了优化工艺参数、改进辊型与轧辊管理、优化冷却与除鳞技术、改进表面预处理和优选润滑剂的策略,以提高板材表面质量。进一步介绍了表面质量检测技术和控制系统在轧钢过程中的应用。最后,总结了影响因素与改进策略,并展望了轧钢过程中板材表面质量改进的前景。

浅析表面质量对免中涂B1B2工艺漆膜外观的影响

通过分析板材(粗糙度、波峰数、波纹度)、电泳等涂层表面质量对免中涂B1B2工艺漆膜外观的影响因素,控制板材表面质量,有效提升了免中涂工艺漆膜目视外观.

Surface quality, microstructure and mechanical properties of Cu-Sn alloy plate prepared by two-phase zone continuous casting

Cu-4.7%Sn （mass fraction） alloy plate was prepared by the self-developed two-phase zone continuous casting （TZCC） process. The relationship between process parameters of TZCC and surface quality of the alloy plate was investigated. The microstructure and mechanical properties of the TZCC alloy plate were analyzed. The results show that Cu-4.7%Sn alloy plate with smooth surface can be obtained by means of reasonable matching the entrance temperature of two-phase zone mold and the continuous casting speed. The microstructure of the TZCC alloy is composed of grains-covered grains, small grains with self-closed grain boundaries, columnar grains and equiaxed grains. Compared with cold mold continuous casting Cu-4.7%Sn alloy plate, the room temperature tensile strength and ductility of the TZCC alloy plate are greatly improved.