聚酯纖維在染整實務染色作業時所發生的第一大項異常即是染色再現性低下，由於化驗室試驗性的染色條件與量產機械在循環時間、浴比與染程...等的條件上不盡相同，容易造成染色性質的差異性，而導致成本的提高，且因為再次加工所造成對環境的汙染與影響極大，因此需要提高染色的一次再現性，來降低對環境的汙染以及減低成本。
本研究旨意在探討如何提高化驗室到現場實務染色的一次成功率，以紅、黃、綠、藍四原色來探討其再現性，且每種顏色由淺到深選五種顏色，建立其色系模型並建立染整追加數據統整表格，希望從中探索化驗室與現場染色再現性的關係。
The first major items of polyester fiber dyeing practice occurs when abnormal staining job that is low dyeing reproducibility, as laboratory experimental dyeing conditions and mass production machinery in the cycle time, bath ratio dyeing process ... etc. on the condition varies, likely to cause staining properties of difference, and lead to increased costs, and because the process again caused by pollution and the impact on the environment is great, and therefore a need to improve the dyeing reproducibility, to reduce pollution of the environment and reduce costs.
Purpose of this study to explore how to improve the laboratory to the field of practice stained success rate, with red, yellow, green, blue four colors to investigate the reproducibility, and each color from shallow to deep selected five colors, to build their color system model and the establishment of additional data dyeing integrationtable, hoping to explore the laboratory and field dyeing reproducibility relationship.
