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(c) Archroma / Lameirinho
16.09.2026

Dye, fix and soften in one step

Archroma and Portuguese home-textile manufacturer Lameirinho have moved the InOneGO continuous dyeing process into commercial production. Lameirinho's first bed-linen collection made with the technology is now available worldwide.

InOneGO combines coloration, fixation and softening in a single pad-dry application. It was developed for woven cellulosic textiles including denim, fashion fabrics and home textiles, and works with Archroma sulfur-dye systems including DIRESUL RDT, EarthColors and FiberColors.

Archroma's ONE WAY Impact Calculator indicates reductions of up to 81% in process time, 97% in water consumption, 65% in energy use and 75% in CO2 emissions when a defined InOneGO/DIRESUL RDT scenario is compared with conventional cold pad-batch reactive dyeing plus pigment top-dye finishing. These are supplier calculations for a specified benchmark, not universal mill values.

The process runs on stenter and Thermosol lines. That makes the industrial proposition particularly relevant: mills may be able to remove several wet and dry processing stages without replacing the core line architecture.

 

Archroma and Portuguese home-textile manufacturer Lameirinho have moved the InOneGO continuous dyeing process into commercial production. Lameirinho's first bed-linen collection made with the technology is now available worldwide.

InOneGO combines coloration, fixation and softening in a single pad-dry application. It was developed for woven cellulosic textiles including denim, fashion fabrics and home textiles, and works with Archroma sulfur-dye systems including DIRESUL RDT, EarthColors and FiberColors.

Archroma's ONE WAY Impact Calculator indicates reductions of up to 81% in process time, 97% in water consumption, 65% in energy use and 75% in CO2 emissions when a defined InOneGO/DIRESUL RDT scenario is compared with conventional cold pad-batch reactive dyeing plus pigment top-dye finishing. These are supplier calculations for a specified benchmark, not universal mill values.

The process runs on stenter and Thermosol lines. That makes the industrial proposition particularly relevant: mills may be able to remove several wet and dry processing stages without replacing the core line architecture.

 

Source:

Archroma / Lameirinho