The present invention relates to a press-dewatering rubber tub for a continuous washing machine, which is mounted on a dewatering part positioned on the rear end side of the continuous washing machine configured by a plurality of washing compartments and is configured to be movable upward or downward by a driving cylinder so as to press a laundry in a dewatering tank, wherein a plurality of high-elastic honeycomb fillers as a filler for reinforcing durability have a hollow shaped therein and are stored in the dewatering rubber tub in a state that releasing of the honeycomb fillers is prevented by an outflow prevention cover. Therefore, the high-elastic fillers are used in the dewatering rubber tub, thereby reducing the weight of the dewatering rubber tub. Moreover, there is an effect that an amount of consumed power required for driving a driving cylinder can be reduced.

Washing machine for the washing of laundry such as clothes and textiles, which washing machine (1) has a main part (4) and further comprises a flexible washing compartment (10) in which the washing of the laundry (L) takes place, wherein the flexible washing compartment (10) has a sealable opening (10a) for in an open state loading the laundry (L) to be washed into the flexible washing compartment (10), wherein the washing machine (1) further comprises: an inlet (2), for supplying washing water into the flexible washing compartment (10), an outlet (3), for disposal of washing water from the flexible washing compartment (10), wherein mechanical pressure device (11) is arranged at the flexible washing compartment (10), and in a closed state of the flexible washing in compartment (10) arranged to provide mechanical lifting pressure on the outside (10) of a part (10) of the flexible washing compartment (10), lifting this part (10) such that the laundry (L) is subject to mechanical action to assist washing.

A method and apparatus for treating textiles and textile materials prior to dyeing said textiles or textile materials includes the steps of loading a textile substrate into a vessel and saturating the textile substrate therein with pre-treatment chemicals. The impregnated textile substrate and excess process solution are transferred into a hydraulic press having a flexible bladder. The press squeezes the textile substrate uniformly to remove the excess solution which is captured and recycled for reuse. The squeezed, impregnated textile substrate is stored in airtight containers to allow dyesite formation. The textile substrate is then neutralized, washed, and dried and as thus pre-treated can be dyed in an ecologically sustainable, energy-efficient, and economical process. The method and apparatus ensure uniform moisture pick-up and distribution of the chemical(s) throughout the textile substrate.

A method and apparatus for treating textiles and textile materials prior to dyeing said textiles or textile materials includes the steps of loading a textile substrate into a vessel and saturating the textile substrate therein with pre-treatment chemicals. The impregnated textile substrate and excess process solution are transferred into a hydraulic press having a flexible bladder. The press squeezes the textile substrate uniformly to remove the excess solution which is captured and recycled for reuse. The squeezed, impregnated textile substrate is stored in airtight containers to allow dyesite formation. The textile substrate is then neutralized, washed, and dried and as thus pre-treated can be dyed in an ecologically sustainable, energy-efficient, and economical process. The method and apparatus ensure uniform moisture pick-up and distribution of the chemical(s) throughout the textile substrate.

A method and apparatus for treating textiles and textile materials prior to dyeing said textiles or textile materials includes the steps of loading a textile substrate into a vessel and saturating the textile substrate therein with pre-treatment chemicals are described. The impregnated textile substrate and excess process solution are transferred into a hydraulic press having a flexible bladder. The press squeezes the textile substrate uniformly to remove the excess solution which is captured and recycled for reuse. The squeezed, impregnated textile substrate is stored in airtight containers to allow dyesite formation. The textile substrate is then neutralized, washed, and dried and as thus pre-treated can be dyed in an ecologically sustainable, energy-efficient, and economical process. The method and apparatus ensure uniform moisture pick-up and distribution of the chemical(s) throughout the textile substrate.