DIVE IN Low Molecular Hyaluronic Acid Cleansing Foam 150ml

Skin Type: All skin types, including sensitive skin
Texture: Creamy, pH-balanced foaming cleanser
Key Functions: Gentle cleansing, deep hydration, skin barrier protection
Free From: Parabens, sulfates, artificial fragrance
Vegan | Mildly Acidic Formula | Suitable for Sensitive Skin

This vegan, mildly acidic foaming cleanser effectively removes dirt, excess sebum, and makeup residue while maintaining the skin’s natural moisture barrier. Formulated with eight types of hyaluronic acid of varying molecular weights, it delivers multi-layer hydration that leaves skin feeling supple and refreshed - never tight or dry.

The rich, creamy lather is produced using a coconut-derived amino acid surfactant that cleanses thoroughly while minimising irritation, making it especially suitable for sensitive skin. High molecular weight hyaluronic acids (3000kDa and 1470kDa) form a protective moisture film on the skin’s surface, while lower molecular forms absorb into deeper layers to improve hydration retention.

Developed with a clean, skin-friendly formulation, this daily-use cleanser offers strong cleansing performance without compromising skin comfort.

Key Benefits

• Gentle Yet Effective Cleansing – pH-balanced formula lifts away impurities and makeup without stripping the skin.

• Multi-Layer Hydration – Eight types of hyaluronic acid deliver moisture from the surface down to deeper layers.

• Moisture Barrier Support – High molecular weight hyaluronic acids form a protective film to help prevent water loss.

• Skin-Friendly Foam – Coconut-derived amino acid surfactants create a rich, creamy lather that comforts even sensitive skin.
  
  

Key Ingredients

• 8 Types of Hyaluronic Acid – A multi-molecular complex that hydrates across all layers of the skin for long-lasting suppleness.

• Coconut-Derived Amino Acid Surfactant – Gently cleanses while preserving the skin’s balance and comfort.

• 3000kDa & 1470kDa Hyaluronic Polymers – Form a moisture-retaining shield on the skin’s surface to reduce dehydration.