Akzentz - Gel Play Glitter Crush Blue, 4g

An oversized chunky glitter art gel from the Gel Play Glitter Crush Collection, developed to create bold, dimensional blue sparkle. Its multi-faceted glitter particles catch and reflect light from multiple angles for a high-impact finish with noticeable depth and brilliance.

Key Functions

• Oversized, chunky blue glitter art gel
• Multi-faceted glitter creates dimensional, light-reflective sparkle
• Can be worn alone or layered over gel color
• Designed for thin, controlled applications
• Glitter placement and concentration can be customized
• Ideal for full-nail designs, gradients, layered effects, and accents
• UV or LED cured

Where It Shines

The concentrated glitter can be worn on its own, layered over gel color, or applied selectively to customize the intensity and placement of the effect — ideal for full-nail glitter designs, gradients, layered effects, statement accents, and dimensional nail art.

How to Apply

1. Thoroughly stir Glitter Crush Blue before application to distribute the oversized glitter particles evenly
2. Complete the service according to the appropriate Akzentz system protocol; apply and cure a base color first if using as a layered effect
3. Apply Glitter Crush Blue with an appropriate art brush in a thin, controlled layer, adjusting placement and concentration for scattered accents, gradients, layered effects, or fuller coverage
4. Cure for 30 seconds in an Akzentz LED lamp; apply another thin layer and cure again if greater concentration or dimension is desired
5. Finish with the appropriate Akzentz top coat, curing according to its instructions

Specifications

Part of the full Akzentz Gel Play line.

FAQ

Can I build up more glitter concentration with additional layers?
Yes, applying another thin layer and curing again increases the glitter concentration and dimension if a more intense effect is desired.

Does Glitter Crush Blue need to be stirred before each use?
Yes, thoroughly stirring before application ensures the oversized glitter particles are evenly distributed throughout the gel.