A gentle conditioner from Bonacure Color Freeze, specially formulated for porous, colour-treated hair. With no silicones or artificial colourants, hair is easier to detangle and combability is improved.

BC Color Save is designed for normal to coarse textured hair. Color Stabilizer seals and protects hair against colour fade, by retaining the dye pigments for longer-lasting colour intensity.

This product is an intensely restoring, creamy treatment for colour-treated hair.

Schwarzkopf Professional BC Bonacure pH 4.5 Colour Freeze Conditioner instantly detangles and revives coloured hair, improving condition and adding brilliant shine. Silicone Oils improve manageability whilst nourishing ingredients repair structural gaps in the outer layer of the hair. Cell Perfector Technology seals the surface of the hair, imparting extra care and reducing colour fade virtually to zero. By adjusting the hair to its optimal pH value of 4.5, this conditioner freezes colour pigments deep inside the hair fibre, ensuring intense, vibrant colour which lasts.

Schwarzkopf Professional BC Bonacure pH 4.5 Colour Freeze Conditioner instantly detangles and revives coloured hair, improving condition and adding brilliant shine. Silicone Oils improve manageability whilst nourishing ingredients repair structural gaps in the outer layer of the hair. Cell Perfector Technology seals the surface of the hair, imparting extra care and reducing colour fade virtually to zero. By adjusting the hair to its optimal pH value of 4.5, this conditioner freezes colour pigments deep inside the hair fibre, ensuring intense, vibrant colour which lasts.

Schwarzkopf Professional BC Bonacure pH 4.5 Colour Freeze Treatment provides in-depth care to colour-treated, highlighted or over-processed hair, reducing frizz and adding brilliant shine. Hydrolysed keratins in the rich, nourishing emulsion repair structural gaps in the outer layer and cortex of the hair. Cell Perfector Technology seals the surface, imparting extra smoothness and reducing colour fade virtually to zero.

A gentle conditioner from Bonacure Color Freeze, specially formulated for porous, colour-treated hair. With no silicones or artificial colourants, hair is easier to detangle and combability is improved.

BC Color Save is designed for normal to coarse textured hair. Color Stabilizer seals and protects hair against colour fade, by retaining the dye pigments for longer-lasting colour intensity.

This product is an intensely restoring, creamy treatment for colour-treated hair.

Schwarzkopf Professional BC Bonacure pH 4.5 Colour Freeze Conditioner instantly detangles and revives coloured hair, improving condition and adding brilliant shine. Silicone Oils improve manageability whilst nourishing ingredients repair structural gaps in the outer layer of the hair. Cell Perfector Technology seals the surface of the hair, imparting extra care and reducing colour fade virtually to zero. By adjusting the hair to its optimal pH value of 4.5, this conditioner freezes colour pigments deep inside the hair fibre, ensuring intense, vibrant colour which lasts.

Schwarzkopf Professional BC Bonacure pH 4.5 Colour Freeze Conditioner instantly detangles and revives coloured hair, improving condition and adding brilliant shine. Silicone Oils improve manageability whilst nourishing ingredients repair structural gaps in the outer layer of the hair. Cell Perfector Technology seals the surface of the hair, imparting extra care and reducing colour fade virtually to zero. By adjusting the hair to its optimal pH value of 4.5, this conditioner freezes colour pigments deep inside the hair fibre, ensuring intense, vibrant colour which lasts.

Schwarzkopf Professional BC Bonacure pH 4.5 Colour Freeze Treatment provides in-depth care to colour-treated, highlighted or over-processed hair, reducing frizz and adding brilliant shine. Hydrolysed keratins in the rich, nourishing emulsion repair structural gaps in the outer layer and cortex of the hair. Cell Perfector Technology seals the surface, imparting extra smoothness and reducing colour fade virtually to zero.