印染
印染
인염
DYEING AND FINISHING
2003年
1期
1-5
,共5页
染色%等离子体%低温%羊毛
染色%等離子體%低溫%羊毛
염색%등리자체%저온%양모
Dyeing%Plasma%Low temperature%Wool
在空气、氧气、氮气、氩气等不同气氛中,对羊毛进行低温等离子体处理,并对处理后的羊毛进行沸染及低温染色.实验结果表明,处理后的羊毛初染温度下降,上染速率提高,颜色加深;大样试验的结果也表明,不仅得色深浓,而且匀染性好.
在空氣、氧氣、氮氣、氬氣等不同氣氛中,對羊毛進行低溫等離子體處理,併對處理後的羊毛進行沸染及低溫染色.實驗結果錶明,處理後的羊毛初染溫度下降,上染速率提高,顏色加深;大樣試驗的結果也錶明,不僅得色深濃,而且勻染性好.
재공기、양기、담기、아기등불동기분중,대양모진행저온등리자체처리,병대처리후적양모진행비염급저온염색.실험결과표명,처리후적양모초염온도하강,상염속솔제고,안색가심;대양시험적결과야표명,불부득색심농,이차균염성호.
Low temperature plasma with different gases like air, oxygen, nitrogen, and argon are used to study the influence on wool dyeability. The study shows that the initial dyeing rate is increased, the time to reach dyeing equilibrium is shortened and the color is deepened for plasma treated wool. The industrialized experiment shows the color is deep-ened and the uniformity is good.
