Process Exploration and Optimization of Ultra-High Molecular Weight Polyethylene/Stainless Steel Wire/Nylon Coated Yarn
The influence of draft multiple,winding rate and outsourcing twist on the breaking force of coated yarn was explored using one-factor experiment.On the basis of single factor,SPSS software was used to conduct significance analysis,and the levels with significant differences were selected.It conducted orthogonal experiments with interactive effects based on the breaking force of the coated yarn to determine the optimal process for ultra-high molecular weight poly-ethylene/stainless steel wire/nylon coated yarn.The results show that the interaction between draft multiple,winding rate and outsourcing twist has a significant impact on the process of the ultra-high molecular weight polyethylene/stainless steel wire/nylon coated yarn.The optimal coating process of ultra-high molecular weight polyethylene/stainless steel wire/nylon coated yarn was determined as follows:draft multiple 1.00,winding rate 1.1,outsourcing twist 200 twist/m.
coated yarndraft multiplewinding ratetwistbreaking force
万方数据
维普
