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Apis Natural Cosmetics

Apis Neutralising Cooling Gel For Acid Treatments | 200ml

Apis Neutralising Cooling Gel For Acid Treatments | 200ml

£12.95
£12.95
Sale Sold out

    A cooling neutralising gel designed to safely stop the action of acids after exfoliating treatments. This gentle formula restores the skin’s natural pH, providing an immediate soothing and refreshing effect. It reduces irritation, hydrates, and helps restore comfort after acid-based procedures, leaving the skin calm, balanced, and protected. Perfect for both professional and at-home use.

    Key Benefits

    • Anti-Ageing & Redness Reduction
      Mimosa Extract effectively slows down the skin’s ageing processes while strengthening capillaries and reducing visible redness and puffiness. Its antibacterial and anti-inflammatory properties promote a calm, even-toned complexion.
    • Hydration & Collagen Support
      Water Lily Extract hydrates and tones the skin, preventing dryness and flakiness. It also helps stimulate the natural production of collagen and elastin, improving firmness and elasticity.

    ✨ Suitable for all skin types

    Recommended for Individuals with:

    • Skin exposed to acid treatments or peels
    • Post-exfoliation sensitivity and irritation
    • Need for gentle rebalancing and cooling care

    Specifications
    SuitabilityRecommended for: Skin exposed to acid treatments or peels; Post-exfoliation sensitivity and irritation; Need for gentle rebalancing and cooling care
    IngredientsAqua, Triethanolamine, Carbomer, Water Lily Extract, Phenoxyethanol, Caprylyl Glycol, Mimose Extract
    Safety WarningsFor external use only.
    Avoid contact with eyes.
    Discontinue use if irritation occurs.
    Keep out of reach of children.
    How to UseApply the neutralising gel directly over the acids using a brush to effectively neutralise them.
    Allow the neutralisation process to continue for around 1–2 minutes.
    Rinse thoroughly with cool water.
    Gently pat the skin dry with cosmetic tissues.
    Proceed by applying the higher concentration acid.

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