Gelaxy Gel Builder Color in a Bottle 15 ml 0.5 oz #011

Gelaxy Gel Builder Color in a Bottle 15 ml 0.5 oz #011

Gelaxy Gel Builder in Bottle Color Collection

Professional use only

Gelaxy BIAB #11 in white is a bright and pure white shade that creates a classic and timeless look on the nails. This white color has a fresh and clean look that is perfect for creating elegant and versatile nail designs.

Features of Gelaxy BIAB:

1. HEMA-Free:  Free from HEMA, ideal for people with sensitive skin or allergies.
2. Builder Gel Formula:  Gelaxy BIAB is formulated as a builder gel, meaning it has a thick, self-leveling consistency that helps build and strengthen natural nails. It provides a strong and durable base for manicures and extensions.
3. Self-leveling:  The self-leveling property of Gelaxy BIAB allows for easy application without the need for much filing or shaping. This helps create a smooth and even base for manicures.
4. Strong & Durable:  Gelaxy BIAB provides a strong and durable base for various nail treatments, including building nail extensions, strengthening natural nails and creating beautiful nail surfaces.
5. Suitable for BIAB Technique:  Gelaxy BIAB is ideal for performing the popular Builder in a Bottle (BIAB) technique, where one product is used to build, strengthen and finish nails. This technique provides a fast and efficient nail treatment.

How to use Gelaxy BIAB:

1. Prepare the natural nails by cleaning, filing and  degreasing them with a Bonder or Acid-Free Primer
2. Apply a layer  of base coat  on the nails and cure under a UV/LED lamp according to the product instructions.
3. Apply a thin layer  of Gelaxy BIAB  to the nails and cure under a UV/LED lamp according to the product instructions.
4. If necessary, apply a second layer of  Gelaxy BIAB  for extra strength and cure again under the lamp.
5. File and shape nails if necessary and then apply a top coat for a beautiful shine.
6. Let the nails cure completely and enjoy your strong and durable Gelaxy BIAB manicure!

Color swatches may vary from actual product color due to differences in monitor settings and electronic devices.