Self-Leveling Gel Fluffy - Powder Puff 40ml.

Description:

Jelly Gelly Self-Leveling Gel Fluffy Powder Puff 40ml is a professional builder gel with a slightly thicker, viscous yet self-leveling consistency. It spreads evenly across the nail, ensuring smooth application, excellent adhesion to the natural nail plate, and long-lasting durability without lifting.

Perfect for strengthening, sculpting, extensions, and corrections, Fluffy Powder Puff maintains flawless nail architecture while being easy to shape. Its HEMA-free, TPO-free, vegan formula ensures nail health and safety, while the soft powder puff shade gives a refined, elegant finish.

Key Features:

• Self-leveling consistency – effortless application and smooth coverage

• HEMA & TPO free – safe for sensitive nails

• Vegan-friendly – professional, ethical choice

• Strong adhesion – prevents lifting and ensures durability

• Versatile use – overlays, sculpting, extensions, and corrections

• Maintains nail architecture – stable, long-lasting structure

• Compatible with forms and tips – perfect for creative nail designs

• Volume: 40 ml

• Complies with EU cosmetic regulations

• Made in USA

How to Use:

1. Prepare the natural nail plate after manicure.

2. Cleanse with dehydrator and cleanser.

3. Apply a thin layer of Jelly Gelly Ultrabond.

4. Rub in a thin coat of Jelly Gelly Polybase / Jelly Gelly Probase First Step and cure (LED: 60s / UV: 120s).

5. Apply and shape Fluffy Powder Puff Gel, then cure (LED: 60s / UV: 120s).

6. Finish with a top coat.

Purpose / Best for:

• Strengthening natural nails

• Extensions and sculpting with forms or tips

• Correcting nail shape

• Creating a soft powder puff shade finish

Safety Precautions:

⚠️ For professional use only

• Avoid skin contact – may cause allergic reaction

• Keep out of reach of children

• Store in a cool, dry place at room temperature, away from direct sunlight and heat

• Discontinue use if irritation occurs and seek medical advice

📌 Please note: The actual colour may vary slightly due to screen settings and lighting conditions.