CAJ | 학술논문

针对中色奥博特铜铝业有限公司意大利米诺六辊UC轧机轧制黄铜板带出现的严重板形问题，探讨了造成宽度为650 mm的C2680黄铜板形差、弯辊力大、加工硬化严重等问题的原因.结果表明，通过控制辊系精度、中间辊抽动位置及轧制工艺调整可以显著改善宽幅黄铜轧制的板形，控制辊系精度保证偏心率不超过0.01 mm，中间辊的位置约为带卷加工率的2倍，保证来料的软硬性能（硬度低于70 HV），即可降低合金的变形抗力，提高合金的板形质量，并彻底消除加工硬化印.
침대중색오박특동려업유한공사의대리미낙륙곤UC알궤알제황동판대출현적엄중판형문제，탐토료조성관도위650 mm적C2680황동판형차、만곤력대、가공경화엄중등문제적원인.결과표명，통과공제곤계정도、중간곤추동위치급알제공예조정가이현저개선관폭황동알제적판형，공제곤계정도보증편심솔불초과0.01 mm，중간곤적위치약위대권가공솔적2배，보증래료적연경성능（경도저우70 HV），즉가강저합금적변형항력，제고합금적판형질량，병철저소제가공경화인.
In order to solve the serious shape problem of brass plate by Mino six roll UC mill. The factors for poor shape, high roll bending force and high work hardening of C2680 sheet with width of 650 mm are analyzed. The results show that the shape of wide brass sheet can be dramatically improved by controlling rollers precision, in-termediate rolls position and rolling process. Controlling the rollers precision is applied to guarantee the eccen-tricity ratio to be lower than 0.01mm. The value of intermediate rolls position is about two times as processing rate, which ensure the hardness of raw materials to be lower than 70 HV. The deformation resistance can be de-creased by improving the quality of shape of brass sheet and eliminating work hardening imprints.