Quid est essentialis differentia inter aere-liquido tyeing apparatus et traditional immersionem tyeing?

Inter ipsumAeris-liquid tyeing machinaTraditional immersionem tincta processum mendacium in differentia in Medium forma, vis modus et comprehensive effectus. Traditional immersionem tyeing omnino innititur liquido tinctura quod medium et fabricae necessitatibus omnino immersa in ea freti circulationem moriendi se vel mechanica agitationem ad causam mori moleculis et mechanica ad causam mori moleculis diffundant et penetrare fibra. Although this method is widely used, it often causes uneven circulation of dye due to the stacking and extrusion of fabrics, which is prone to color difference and white core problems in the inner and outer layers or folds, and requires a large amount of dye, auxiliaries and water, with high energy consumption and large sewage discharge.

Contra,Aeris-liquid tyeing machinaCreatively introducit Gas ut tabellarius et partus medium ad dyes. Core principle est ad pressius atomize quaedam moles tinctura ad formam maxime denique tinctura particulas et uti summus celeritas, controllable airflow (plerumque et mixturam et in airflow dyes, ut potentia ad trahendum et penetrare et fibra fibula. Hic "Aerosol" mixta medium locum traditional Liquid balneum, ut non mori non indiget ad submerge fabricae, sed sub impetu et fortis airflow, quod directe acts in fibra et internum et diffusa est maxime altum alimentis et diffusa et diffusa est in altum alimentis et diffusionem et diffusionem.

Hoc opus modusAeris-liquid tyeing machinasignificantly amplio permeability et distribution uniformitatem de tinctura, efficaciter vincit quaestionem in inaequaliter tyeing causa per insufficiens fluidos tyde in Traditional Minimum et Fabricae), Dyeing Cycle valde breviabitur et altiore industria consummatio reducitur. Ideo in aere-liquidum tyeing apparatus repraesentat magis efficient, magis environmentally amica, et altior, qualis tincidunt technology progressionem directionem. Per innovation of Medorum et dynamics, quod fundamentaliter optimizes processus of tyde translatio ad fibra.