Estelin Protein & Hyaluronic Acid Smooth Silky Shampoo

Product Information

ROYALLINES Protein & Hyaluronic Acid Smooth Silky Shampoo is a lightweight, hydrating formula designed to cleanse, nourish, and smooth the hair. Infused with hydrolyzed protein and hyaluronic acid, it helps strengthen the hair structure, reduce breakage, and retain moisture for a silky, frizz‑free finish. This shampoo gently removes impurities while improving hair elasticity and manageability. Suitable for all hair types, it is ideal for daily use to maintain smooth, healthy, and shiny hair.

Benefits

• Cleanses and removes impurities effectively.
• Hydrates and retains moisture with hyaluronic acid.
• Strengthens and reduces hair breakage.
• Controls frizz for a smooth, silky finish.
• Improves hair elasticity and manageability.
• Suitable for all hair types.

Instructions for Use

• Wet hair thoroughly.
• Apply a generous amount of shampoo.
• Massage into the scalp and hair to create a rich lather.
• Rinse thoroughly with water.
• Repeat if necessary.
• For best results, follow with conditioner.

Key Ingredients

• Hydrolyzed Protein – Strengthens and repairs the hair structure.
• Sodium Hyaluronate – Deeply hydrates and retains moisture.
• Cleansing Agents – Gently remove dirt and excess oil.
• Conditioning Agents – Smooth and soften hair.

Full Ingredients List

Full ingredients list is not published on the product page. The shampoo is formulated with hydrolyzed protein, sodium hyaluronate, gentle cleansing agents, and conditioning ingredients for smooth, silky hair.

FAQs

1. Does this shampoo help with frizz?
Yes, it controls frizz for a smooth, silky finish.

2. Is it suitable for all hair types?
Yes, it is suitable for all hair types.

3. Does it hydrate the hair?
Yes, it contains hyaluronic acid to retain moisture.

4. Does it help with hair breakage?
Yes, it strengthens hair and reduces breakage.

5. Can I use it daily?
Yes, it is gentle enough for daily use.

6. Does it contain sulfates?
The full ingredient list is not published, so this cannot be confirmed.