This invention discloses an intelligent
dyeing and finishing equipment and process for Tencel-linen blended woven fabrics, relating to the field of
dyeing and finishing equipment technology. It includes a dye liquor shell with an installation mechanism for
dyeing and finishing the Tencel-linen blended
woven fabric. The installation mechanism utilizes the meshing transmission of a first
bevel gear and a second
bevel gear to drive a stirring bracket and a spiral
fan blade to form a vortex, causing the dye liquor to flow upwards in a spiral shape. This ensures thorough mixing of the dye liquor while preventing direct
impact on the Tencel-linen blended
woven fabric, thus preventing fabric damage or uneven dyeing. A disturbance plate swings up and down within a slide rail bracket, working in conjunction with the spiral dye liquor flow, essentially providing micro-vibration "assisted turning" from below the fabric. This ensures that the front and back sides and the middle layer of the Tencel-linen blended fabric are evenly contacted with the dye liquor, while simultaneously dislodging air bubbles from the gaps in the linen fibers, preventing air bubbles from hindering dye liquor penetration and solving the problem of difficult linen
fiber penetration.