Cosmed Intensive Anti-Dandruff SD+ Shampoo 200ml

Advanced Anti-Dandruff Care for a Healthier Scalp

Cosmed Intensive Anti-Dandruff SD+ Shampoo is a scientifically formulated shampoo designed to combat dandruff, scalp flaking, itching, excess oil, and irritation. Suitable for both oily and dry scalps, it combines powerful anti-dandruff and scalp-soothing ingredients to help restore scalp balance and promote healthier-looking hair.

Key Benefits

Effective Anti-Dandruff Action
- Helps reduce dandruff flakes and scalp buildup.
- Targets dandruff-causing fungi and bacteria.
Relieves Scalp Irritation
- Helps soothe itching, redness, and discomfort.
- Provides long-lasting scalp comfort.
Controls Excess Oil
- Regulates sebum production.
- Supports a balanced scalp environment.
Nourishes Hair
- Helps strengthen hair from root to tip.
- Supports overall scalp and hair health.
Maintains Scalp Microflora
- Contains Lipacide™ C8G to help preserve the scalp's natural microbiome and pH balance.
Dermatologically Tested
- Suitable for regular use and sensitive scalps.

Key Active Ingredients

Zinc PCA
- Controls excess oil production
- Helps reduce dandruff recurrence
Piroctone Olamine
- Targets dandruff-causing microorganisms
- Helps reduce scalp flaking
Salicylic Acid
- Exfoliates dead skin cells
- Removes scalp buildup
Hypericum Perforatum (St. John's Wort) Oil
- Helps soothe irritation
- Supports scalp comfort
Juniperus Oxycedrus Oil
- Helps purify and protect the scalp
Crocus Chrysanthus Extract
- Supports scalp regeneration and nourishment

How to Use

Wet hair thoroughly.
Apply a small amount of shampoo to the scalp and hair.
Gently massage to create a lather.
Leave on for a few minutes.
Rinse thoroughly with water.
Use 2–3 times per week or as recommended by a dermatologist.

Suitable For

Persistent dandruff
Oily scalp
Dry scalp
Flaky scalp
Scalp itching and irritation
Sensitive scalp

Product Information

Size: 200ml
Hair Type: Suitable for oily, dry, and combination scalp types
Usage Frequency: 2–3 times weekly
Dermatologically Tested: Yes