Product detailsSurface stains removal toothpasteEnjoy a whiter, brighter smile without sensitivity with Crest 3D White Whitening Sensitive Toothpaste (75 ml).
Specially formulated for sensitive teeth, it combines gentle whitening ingredients with enamel-safe fluoride to effectively lift surface stains while protecting against pain triggers.
The smooth, low-abrasion formula removes discoloration caused by food and drinks while strengthening enamel and helping prevent cavities.
Perfect for daily use, it offers visibly whiter teeth and all-day sensitivity relief.
⭐ Key Features: ✔️ Whitening for Sensitive Teeth: Brightens without irritating sensitive enamel.
✔️ Gentle Micro-Cleansers: Lift and polish away surface stains safely.
✔️ Fluoride Enamel Protection: Strengthens teeth and prevents cavities.
✔️ Low Abrasion Formula: Designed specifically for sensitive tooth care.
✔️ Refreshing Mint Flavor: Leaves your mouth feeling clean and fresh.
🎯 Benefits: Provides visible whitening with a gentle, non-irritating formula.
Protects sensitive areas while strengthening enamel.
Helps reduce tooth sensitivity over time.
Freshens breath with a mild mint flavor.
Safe for everyday use on sensitive teeth.
🔧 How to Use: Apply a pea-sized amount of toothpaste to a soft-bristled toothbrush.
Brush gently for 2 minutes, twice daily.
Focus on all surfaces and avoid excessive pressure.
Rinse thoroughly after brushing.
Use daily to maintain whitening and sensitivity relief.
🧹 Care Instructions: Store in a cool, dry place, away from sunlight and moisture.
Close cap tightly after each use.
Use within 12 months of opening.
Not suitable for children under 6 without dentist supervision.
🧪 Materials / Ingredients: Active Ingredient: Potassium Nitrate (for sensitivity relief), Sodium Fluoride (cavity protection) Whitening Agents: Hydrated Silica, Sodium Hexametaphosphate Humectants: Sorbitol, Glycerin Cleansing Agent: Sodium Lauryl Sulfate (mild) Flavoring: Mint Flavor, Sodium Saccharin Thickener: PEG-6, Xanthan Gum Other Ingredients: Water, Sodium Hydroxide