Technology Efficacy
Satisfaction
Efficient either in cases of damaged threads by the use of chemical agentes for dying or straightening and other chemical processes and the naturally damage by the action of the wind, rain, beach,chlorine and the sun, the results produce by the Tânagra Nanokeratinizing System are immediate and visible right after the first application of the product.
It is sufficient to try the product to come to the conclusion there is no other more efficient way for intrafibrilar capillary recovery.
How does it work?
The keratin nanomolecules produced by the tânagra Nanokeratinizing system penetrate any flaws or fissures in the hair , forming keratin deposits by the evaporation of the solvent and the residual water normally found in capilary fibers and in large quantities in more porous hair.
after the fulfilling of the flaws and fissures in the hair with keratin nanomolecules, the residual water in the fibers is evaporated by the use of an iron or the "baby liss".
Right after that, a second product is applied using the same technique, and a polymerizing reaction begin in the capillary fissure, filling it completely. The polymerformed, insoluble in water, covers the fibers and increasses the resistance and flexibility of the threads of hair in up to 80% , just after the first application.
Satisfaction
Efficient either in cases of damaged threads by the use of chemical agentes for dying or straightening and other chemical processes and the naturally damage by the action of the wind, rain, beach,chlorine and the sun, the results produce by the Tânagra Nanokeratinizing System are immediate and visible right after the first application of the product.
It is sufficient to try the product to come to the conclusion there is no other more efficient way for intrafibrilar capillary recovery.
How does it work?
The keratin nanomolecules produced by the tânagra Nanokeratinizing system penetrate any flaws or fissures in the hair , forming keratin deposits by the evaporation of the solvent and the residual water normally found in capilary fibers and in large quantities in more porous hair.
after the fulfilling of the flaws and fissures in the hair with keratin nanomolecules, the residual water in the fibers is evaporated by the use of an iron or the "baby liss".
Right after that, a second product is applied using the same technique, and a polymerizing reaction begin in the capillary fissure, filling it completely. The polymerformed, insoluble in water, covers the fibers and increasses the resistance and flexibility of the threads of hair in up to 80% , just after the first application.
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