Page 71 - 《橡塑技术与装备》2024年11期
P. 71

新技术与新产品                                               陈俊鸿·十一层共挤下吹水冷高阻隔膜机组关键技术


                存两大部分,工艺数据记录保持于本地服务器,方便                           成品率高、配方适应性广、配方成本低、阻隔层厚度
                工艺人员对工艺条件改善及成品质量进行分析,成品                           更均匀、薄膜纵横向物理性能一致、筒膜制袋后极低
                数据记录既可保存于本地服务器,亦可上传至上位数                           可提取物、低颗粒物等优势,且智能化、自动化程度高,
                据中心,整个设备网络设置了数据接入口,可接收细                           该机组工艺配方自适应、故障诊断工艺控制等功能操
                化上位数据中心发送的订单信息,通过网络化、在线                           作容易,性能先进,明显降低工人的劳动强度和操作
                协同升速提产控制、数据化,使整个生产过程实现闭                           难度,产品使用和维护更符合薄膜行业未来的发展。
                环化、生产数据透明、产品质量可追溯,达到了提高
                资源利用效率,实现高效率、成本低、快速响应、个                           参考文献 :
                                                                 [1]  李浩 . 递进式真空定径冷却装置在三泡法吹塑工艺中的创新应
                性化生产等。
                                                                      用[J]. 橡塑技术与装备,2021,47(10):32-42.
                                                                 [2]  关文强 . 三层共挤自黏保护膜机组的关键技术 [J]. 橡塑技术
                5 结语                                                  与装备,2020,46(14):26-29.
                    十一层共挤下吹水冷高阻隔膜机组具有产量高、




                Key technology of eleven layer coextrusion bottom blown water-cooled
                                           high resistance diaphragm unit


                                                         Chen Junhong
                         (Guangdong Jinming Precision Machinery Co. LTD., Shantou 515098, Guangdong, China)
                    Abstract: This article introduces the process characteristics and product applications of the bottom blown
                water-cooled blow molding method, analyzes the current situation and problems of the equipment, and
                also introduces the process flow and key technologies of the eleven layer coextrusion bottom blown water-
                cooled high resistance diaphragm unit. The unit adopts a disc set combination head to ensure high-quality
                composite, shorten the material thermal process, and meet the processing requirements of various formulas;
                Adopting a wind temperature automatic wind ring and thickness measurement control system to improve the
                uniformity of film thickness; Adopting vacuum water ring to meet wide width production and increase output;
                Adopting low resistance clamps and low swing rotation traction to improve the quality of the membrane
                surface; By adopting intelligent collaborative control technology, precise closed-loop control of the thin film
                production process has been achieved.
                    Key words: downward blowing; multi layer coextrusion; disc set combination machine head; vacuum
                water ring; splint board
                                                                                                            (R-03)






















                      年
                2024     第   50 卷                                                                      ·23·
   66   67   68   69   70   71   72   73   74   75   76