Crystal Mineral-Enriched Deodorants Roll-On Unscented is a fragrance-free option that rapidly dries to provide an invisible, protective barrier that blocks odor before it starts. Made for every body!
- Prevents odor safely for up to 24 hours
- No residue, no staining, no white marks
- Won't leave skin feeling sticky or oily
- Made without Aluminum Chloride, Parabens, Phthalates, and Artificial Fragrance
- Vegan and Cruelty-Free
Purified Water (Aqua), Potassium Alum (Natural Mineral Salts) Cellulose (plant derived), Sodium Bicarbonate, Benzoic Acid (natural preservative), Zinc Gluconate (natural preservative)
Directions: Apply after bathing. It eliminates body odour by leaving an invisible protective barrier on the skin which prevents the formation of odour causing bacteria.
Keep out of reach of Children.
Le Crystal Roll-on Deodorant contains potassium alum, sodium bicarbonate and zinc gluconate in a water-based roll-on. Potassium alum is the mineral salt used for odour control, while sodium bicarbonate and zinc gluconate help support freshness without adding fragrance.
The useful difference here is the roll-on format. You get the same mineral salt style of deodorant in an easier-to-apply liquid base that dries quickly and does not rely on perfume to mask odour. Le Crystal Roll-on Deodorant is best if you want fragrance-free odour protection in a format that feels more familiar than a crystal stick.
What does Le Crystal Roll-on Deodorant contain?
It contains potassium alum, sodium bicarbonate and zinc gluconate in a water-based roll-on. Those ingredients are there to help control odour without added fragrance.
What is potassium alum used for in Le Crystal Roll-on Deodorant?
Potassium alum is a mineral salt used to help discourage odour-causing bacteria on the skin. It is the main deodorising ingredient in the formula.
Why does Le Crystal Roll-on Deodorant also include zinc gluconate?
Zinc gluconate is often used in deodorant products to support odour control. It helps round out the formula so it does more than rely on one ingredient alone.