織物循環(huán)運(yùn)行速度,染液速度總是超越織物運(yùn)行速度,然后產(chǎn)生了染色的優(yōu)越碰撞反向阻力的物理性能。雙向液體液流運(yùn)動(dòng),大大提高了處理液之間的反應(yīng)速度,提高了勻流染色的上染環(huán)境。 Cycle traveling speed of fabrics and dye liquor speed are always faster than fabric's traveling speed.so effective collision and reverse resistance? force are generated during dyeing. Bidirectional movement of fluids greatly improves the reaction velocity between treating liquid, as well as the environment for uniform flow dyeing.
浴液多向勻流與織物頻繁交換,使染色、水洗提高效率,多向勻流混合處理液能力提高。 Bath liquid, which flows uniformly in various directions carries out exchanges with fabrics at high frequency improving dyeing and water washing efficiency as well as the capability of treating liquid for multidirectional uniform flow mixture.
新型的織物運(yùn)送系統(tǒng)與傳統(tǒng)相比,可使實(shí)際布速提高50%.新型的織物運(yùn)送與新型的織物擺落布裝置完美結(jié)合。 Compared wi
th traditional fabric conveying system,the new system increase the actual fabric speed by 50%,and enjoys good combination with new plaiting apparatus.
可變截的緩流可調(diào)噴嘴,可減少?lài)娮靿毫?0%-40%。 Variable-area soft flow nozzle is able to reduce nozzle pressure by 30%-40%.
多向的循環(huán)液流系統(tǒng),降低了活比,增加了浴液的均勻度。 Multidirectional liquid circulating system decreases bath ratio and increases the uniformity of bath liquid.
染料注料附缸,具有極好的溶解混臺(tái)功能,達(dá)到勻染快速注料。 Auxiliary dye feeding vat is excellent in dissolution and mixture, and is able to realize uniform dyeing and rapid dye feeding.
小浴比勻流噴射染色,染槽內(nèi)染液與縱向運(yùn)行的織物相對(duì)的橫向運(yùn)動(dòng)。染料快速的向織物上下交替相對(duì)運(yùn)動(dòng),達(dá)到染液完美的速率。 Small? bam ratio uniform flow jet dyeing enables dye liquor in dye vat moves transversely to fabric that moves in longitudinal directional. The dye moves upward and downward alternatively
to realize maximum velocity of dye liquor.
GXR勻流噴射染色機(jī),創(chuàng)造了染液交換擴(kuò)散的新動(dòng)力,創(chuàng)新了染液動(dòng)態(tài)交換的新概念,流體單向運(yùn)動(dòng),發(fā)展為雙向運(yùn)動(dòng)。 GXR uniform flow jet dyeing machine makes a breakthrough in the exchange diffusion of dye liquor. It brings a new concept to dye liquor dynamic exchange, and turns unidirectional movement of fluid into bidirectional.