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Loreal

Last updated January 31, 2026
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Peroxygenated salt and polyphosphorus stabilization: LorealRecent Research Landscape

Peroxygenated salts are chemically unstable and prone to premature decomposition during storage or application. This cluster engineers a protective structural network using high-melting-point hydrocarbons and fatty substances to stabilize the reactive species.

What technical problems is Loreal addressing in Peroxygenated salt and polyphosphorus stabilization?

Keratin fiber oxidative damage

(31)evidences

Uncontrolled peroxide reactivity causes structural damage and uneven lightening during chemical treatments. Preventing fiber weakening and surface roughness ensures hair integrity during high-lift processes.

Keratin fiber oxidative damage

(8)evidences

Simultaneous bleaching and dyeing processes often lead to the premature degradation of synthetic pigments by the oxidizing agents required for bleaching. Preventing this chemical incompatibility ensures uniform color results and fiber integrity.