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Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
Introduction AS-Win series redefines high-temperature fabric dyeing with its industry-leading ultra-low liquor ratio capabilities, achieving 1:4.5 for 100% cotton and 1:3.5 for synthetic fibers. Engineered for ...
..., such as dyeing and finishing; 2, adopts full stainless steel manufacturing, mechanical control has the advantages of no noise, easy speed regulation; 3, blade speed mixing dyeing, the dye to dye floating s...
... to heat the plastic parts. The end caps can be heated quickly by IR and connected strongly with a certain press, which can result in a very nice and clean surface. This method can avoid the problems of dirt...
... to heat the plastic parts. The end caps can be heated quickly by IR and connected strongly with a certain press, which can result in a very nice and clean surface. This method can avoid the problems of dirt...