Skip to product information
1 of 3

FIOTE

FIOTE High-Glossy Mirror Powder - HI07 Soap Bubble

FIOTE High-Glossy Mirror Powder - HI07 Soap Bubble

Regular price $12.18 USD
Regular price $17.16 USD Sale price $12.18 USD
Sale Sold out
Shipping calculated at checkout.
Quantity

Create a mesmerizing, light-reflective chrome finish with the FIOTE HI07 Soap Bubble High-Glossy Mirror Powder. This premium Korean mirror powder features an ultra-fine chromatic pigment that transforms cured gel surfaces with a luminous, glass-like effect inspired by the iridescent colors of soap bubbles.

The delicate color-shifting finish catches the light beautifully from every angle, revealing different tones depending on the base color and lighting. Apply it over lighter shades for a soft, ethereal glow or experiment with darker colors for a more dramatic, dimensional chrome effect.

Perfect for soap bubble nails, aurora designs, glazed nails, chrome accents, French tips, and modern Korean nail art.

For optimal results, pair with FIOTE Non-Wipe Syrup Gel or FIOTE Volume Mirror Gel.

Shade

  • HI07 Soap Bubble – A luminous, iridescent mirror powder with a delicate color-shifting soap bubble effect

Features

  • Ultra-fine Korean mirror powder
  • Iridescent, color-shifting chrome effect
  • Brilliant glass-like reflectivity
  • Smooth, luminous finish
  • Creates different effects depending on the base color
  • Easy to buff onto compatible non-wipe gel
  • Perfect for full chrome nails, glazed effects, French tips, and detailed nail art

How to Use

  1. Apply and fully cure your chosen gel color or FIOTE Volume Mirror Gel.
  2. Apply a thin layer of FIOTE Non-Wipe Syrup Gel and cure for approximately 30 seconds under LED.
  3. Gently buff HI07 Soap Bubble onto the surface using a sponge applicator until the desired mirror effect appears.
  4. Remove excess powder, seal thoroughly with a non-wipe top gel, and cure for approximately 60 seconds under LED.

The final color and reflective effect may vary depending on the base color, lighting, and application technique.

Volume: 0.3g

 

View full details