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一种高温碳化炉碳纤维生产引丝方法,包括高温碳化炉,其特点是:一根镍铬金属丝的后端系有若干根碳纤维石墨化绳,镍铬金属丝从高温碳化炉的入口穿入,再从其出口穿出,从而使碳纤维石墨化绳贯穿且滞留于高温碳化炉的两端,将定量的低温碳纤维碳化丝束匀速经通过高温碳化炉的5个温区的高温处理而形成高温碳化丝束,待从高温碳化炉出口引出的高温碳化丝束达到规定的长度时切断;再重复进行上述操作,连续生产碳纤维的高温碳化丝束。在位于高温碳化炉出口一端的炉膛内,
A high-temperature carbonization furnace carbon fiber production lead wire method, comprising a high-temperature carbonization furnace, which is characterized by: a nickel-chrome wire rear end of a plurality of carbon fiber graphitization rope, nickel-chromium wire from the entrance of the high temperature carbonization furnace , And then from its outlet piercing, so that the carbon fiber graphitized rope through and stay in the high-temperature carbonization furnace at both ends of the quantitative low-carbon carbon fiber tow through the high-temperature carbonization furnace 5 temperature high temperature processing to form a high temperature The carbonized tow is cut off when the high-temperature carbonized tow drawn from the outlet of the high-temperature carbonization furnace reaches a predetermined length. The above operation is repeated to continuously produce the high-temperature carbonized tow of the carbon fiber. Located in the furnace at the end of the high temperature carbonization furnace outlet,