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The active cationic components of JK-HairCoat are dispersed within a semi-viscous emulsion system rather than existing as free ions in water.

Proper dilution, agitation, combing within the solution, and centrifugal dehydration are therefore essential to prevent uneven deposition and carrier residue retention.

Combing and alignment must be performed within the solution, not outside of it.
Combing within the solution ensures proper strand alignment, complete detangling, and uniform penetration of the treatment medium between individual hair strands.

This process also prevents localized build-up, as JK-HairCoat is a highly concentrated micro-emulsion in which active ionic components are dispersed within a semi-viscous carrier matrix.

Upon completion of treatment, centrifugal dehydration is strongly recommended.
By applying centrifugal force, excess carrier materials and residual build-ups are expelled, while the ultra-thin ionic coating remains uniformly bonded to the hair surface.

This step is critical for achieving consistent softness, natural movement, and long-lasting tangle-free performance.

In factory-scale operations, JK-HairCoat is often pre-dispersed in warm water (approximately 500–1,000 ml) and mechanically mixed to enhance uniform distribution within the working solution. high-shear mixing

Centrifugal dehydration is strongly recommended after treatment.
Through centrifugal force, excess carrier components and residual build-ups are effectively expelled from between hair strands, while the ultra-thin ionic coating remains uniformly bonded to the hair surface.

Hair becomes smooth, silky, and easy to manage

Tangle-free performance maintained after repeated washing

During the first 7–10 seconds of submerging, the positively charged (cationic) components of JK-HairCoat rapidly bind to the negatively charged sites on the hair cuticle surface, regardless of whether the cuticle is flat, recessed, or slightly lifted.

Once these ionic bonding sites on the cuticle surface are fully occupied, no additional ionic bonding can occur, because there are no remaining negative sites available for pairing.
For this reason, leaving the hair in the solution longer — whether for 10 minutes or even several hours — does not create additional layers or stronger bonding.

Unlike paint or coating materials that become thicker with repeated application, JK-HairCoat forms a single, stable ionic bonding layer.
Excess cationic molecules simply remain in the solution and do not stack or build up on the hair surface.

In short, JK-HairCoat works by ionic bonding saturation, not by coating thickness.

That is, submerging time does not significantly affect the result once ionic bonding is complete.
Ionic bonding occurs rapidly within the first 7–10 seconds, and extending the treatment time does not create additional layers or stronger effects.