How Ammonia Opens the Hair Cuticle During Color
Ammonia raises the hair's pH to swell and lift the cuticle, allowing oxidative dye molecules to enter the cortex and ...
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How Hair Porosity Affects Color Absorption
Hair porosity determines how readily the cuticle layer opens to accept oxidative or direct dye molecules, shaping bot...
Read itHow Oxidative Dye Molecules Bond Inside the Cortex
Oxidative hair dye works through a two-stage chemical reaction inside the cortex, permanently altering fiber color by...
Read itWhat Bleaching Does to Hair's Protein Structure
Hair bleaching oxidizes melanin and degrades the keratin protein network inside the cortex, permanently altering the ...
Read itWhat Actually Happens to Hair During a Perm
A perm chemically breaks and reforms disulfide bonds inside the cortex to lock hair into a new shape — here is how th...
Read itHow Semi-Permanent Color Differs From Permanent
Semi-permanent and permanent hair color use different chemistry to deposit pigment, which determines how deeply color...
Read itHow a Keratin Treatment Actually Alters Hair's Structure
A keratin treatment coats hair with protein and uses heat to temporarily reshape its bonds, smoothing the cuticle for a limited period.
Read articleWhat a Chemical Relaxer Actually Does to Hair Bonds
A chemical relaxer breaks hair's disulfide bonds and reforms them in a straighter configuration, a permanent structural change unlike heat styling.
Read articleAll Texture Articles
- How Ammonia Opens the Hair Cuticle During Color
- How Hair Porosity Affects Color Absorption
- How Oxidative Dye Molecules Bond Inside the Cortex
- What Bleaching Does to Hair's Protein Structure
- What Actually Happens to Hair During a Perm
- How Semi-Permanent Color Differs From Permanent
- How a Keratin Treatment Actually Alters Hair's Structure
- What a Chemical Relaxer Actually Does to Hair Bonds