CAJ | 학술논문

为减少棉布前处理过程中化学品用量,实现节能减排,基于常压等离子体技术开发了一种连续生产的等离子体设备,该设备的总功耗为50 kW,车速可调范围为5～60 m/min,处理面料的幅宽达1.6 m.该设备还具有对中装置及PLC自动控制系统.对采用新设备的应用工艺进行了初步研究,试验结果表明,棉坯布经等离子体设备双面处理后,其毛细效应可以达到常规湿化学退浆工艺处理后的毛细效应,当车速为50 m/min时,处理后的毛细高度为8 cmo
위감소면포전처리과정중화학품용량,실현절능감배,기우상압등리자체기술개발료일충련속생산적등리자체설비,해설비적총공모위50 kW,차속가조범위위5～60 m/min,처리면료적폭관체1.6 m.해설비환구유대중장치급PLC자동공제계통.대채용신설비적응용공예진행료초보연구,시험결과표명,면배포경등리자체설비쌍면처리후,기모세효응가이체도상규습화학퇴장공예처리후적모세효응,당차속위50 m/min시,처리후적모세고도위8 cmo
A new type of plasma equipment for continuous processing based on the new technology of atmospheric pressure plasma has been developed recently for reducing the use of chemicals and pollution and saving energy in the desizing process of cotton fabrics. The total power consumption of this equipment is 50 kW and its treating width of fabric is up to 1.6 meter. The working speed of the equipment is ranged from 5-60 m/min which is controlled by a PLC automatic and midpoint system. The elementary experimental results showed that the high of capillary effect of the sample treated on both sides by the equipment with the speed of 50 m/min is up to 8 cm, which is equivalent to that treated by traditional wet-chemical process.