Jelly Gelly Hard Base (Fiber) Sweet Pink 12ml

Description:

Hard Base Sweet Pink – a soft pink fiber-reinforced builder base, perfect for natural and everyday manicures. Its nylon fiber formula strengthens the natural nail plate, prevents splitting or breakage, and provides reliable durability. The medium-thick, self-leveling consistency ensures easy application and smooth surface creation. Suitable for both natural nails and nail extensions.

Key Features:

• Sweet Pink base – soft pink shade for a natural, everyday look
• Fiber-reinforced formula – strengthens the nail and prevents splitting
• Medium-thick, self-leveling consistency – smooth and controlled application
• Perfect for natural and artificial nails – versatile use in manicure and nail modeling
• Creates stable nail architecture – strong and durable wear
• Balanced pH (6–7) – gentle on the natural nail plate
• Curing time – LED: 60 s, UV: 120 s
• Volume: 12ml
• HEMA Free
• TPO Free
• Complies with EU cosmetic regulations

How to Use:

1. Prepare the nail by shaping and cleaning cuticles.

2. Buff the nail plate and degrease the surface.

3. For stronger adhesion, use Jelly Gelly Ultrabond or Ultrabond Triple Strong.

4. Apply Probase First Step as the first rubbing layer and cure for 60 s.

5. Apply a thin layer of Hard Base Sweet Pink and cure for 60 s.

6. Apply a second, thicker layer to build the structure and cure again for 60 s.

7. Alternatively, build the surface in one modeling layer using the self-leveling technique by turning the nail plate downwards.

Safety Precautions:

For professional use only.

Avoid skin contact. Keep out of reach of children. Store in a dry, cool place at room temperature, away from direct sunlight and heat sources. Product retains its properties only in original, unopened packaging. Recommended to use within 12 months after opening. Use in a well-ventilated area. Discontinue use if any allergic reaction occurs and seek medical advice.

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