FAQ & EVALUATION
Answers first. Then an evaluation.
Answers first.
Then an evaluation.
A mill owner’s questions about QuantumCOLOUR™ — fibre compatibility, fastness, integration, cost model, permitting. Jump to the evaluation form when you’re ready.
Technical
No. QuantumCOLOUR™ is a machine-based coloration system. Pigment is applied through controlled, machine-based application — not through reactive dye chemistry. The binder does cross-link during fixation, but the process is mechanically controlled, not driven by pH, salt, or reaction kinetics.
Pigment is applied to fibre surfaces within the yarn bundle. Not inside the fibre structure — the wording matters technically. The binder mechanically anchors pigment to the fibre surface rather than chemically bonding at the molecular level.
Cotton (including recycled and long staple), wool, polyester (virgin and rPET), viscose and lyocell, nylon, and blends including mélange and high recycled content constructions. See the Technology page for the full compatibility matrix.
QuantumCOLOUR™ has been in commercial production since 2018. Current partners include Kontoor Brands, Gant, and Cone Denim. Production is running in Shandong, China, with technical support based in Hong Kong.
Fastness & QC
QuantumCOLOUR™ meets or exceeds ISO 105-C06 (wash), -E04 (perspiration), and -X12 (rubbing) for target applications. Specific numbers depend on fibre, shade, and downstream finishing — full reports are available under evaluation.
Yes — because the variables are held in the machine, not in the water. Colour outcome is set by application parameters, which are repeatable. Conventional dyeing is sensitive to water pH, fibre reactivity, and temperature; QuantumCOLOUR™ is not.
Processed yarns consistently show reduced hairiness, reduced pilling, and strength gains — most pronounced on cellulosic fibres like cotton, viscose, and lyocell. The strength story starts with what doesn't happen. Conventional dyeing typically degrades yarn strength by around 5% through harsh chemistry. QuantumCOLOUR™ avoids that loss entirely. Then the process of delivering colour and binder within the yarn bundle adds further strength — typically another 5% or more. The net result is a baseline advantage of around 10% over conventionally coloured yarn. For yarns with mechanically recycled content, the gains compound. Shorter fibres from mechanical recycling create inherently weaker yarns — which means more room to improve. In yarn trials on blends of 50% mechanically recycled cotton and 50% virgin cotton, strength gains of up to 20% have been observed. The weaker the starting yarn, the greater the potential gain.
Integration
At the coloration step, yes. QuantumCOLOUR™ installs as a replacement for conventional yarn dyeing. Downstream winding, warping, and finishing remain unchanged.
No. The system discharges no process wastewater. Environmental permitting related to effluent is materially simplified, and facilities can be sited where wet processing permits would be difficult or impossible.
QuantumCOLOUR™ does not require a steam-based dye cycle. Energy demand is electrical and application-stage, which changes both the utility profile and the building requirements versus a conventional wet finishing line.
Commercial
Evaluation begins with a scoped feasibility discussion against your specific yarn construction, volume, and shade range. Deployment models are discussed after feasibility — we do not publish standard pricing because capital configuration varies.
QuantumCOLOUR™ is an industrial-scale system. Viable volume floors depend on yarn count, line configuration, and shade distribution — our technical team can confirm feasibility for your programme within one discussion.
Use the evaluation form, or reach Jennifer Thompson, CEO, directly at jennifer.thompson@colourizd.com.
© COLOURizd LLC 2026
QuantumCOLOUR™ is a trademark of COLOURizd LLC
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© COLOURizd LLC 2026
QuantumCOLOUR™ is a trademark of COLOURizd LLC
Privacy · Terms
© COLOURizd LLC 2026
QuantumCOLOUR™ is a trademark of COLOURizd LLC
Privacy · Terms