Gel Polish - Tea Room - WS
Inspired by a regency high tea, this refreshing vibrant turquoise is perfect for the season and guaranteed to be just your cup of tea.
- 100% Gel system
- Highly pigmented for easy coverage
- Non-shrink and Non-Yellowing
- Up to 4 weeks long lasting formula
- LED and UV curable
- Fast soak-off removal
- Size(s) 20ml/0.67oz
One bottle can achieve up to 110 sets
Color Representation:
Every effort is made to ensure that all our product imagery is as accurate as possible. Due to color/resolution settings on electronic devices, the color representation may differ slightly from the physical product.
Product Information
Product Information
Shipping & Returns
Shipping & Returns

Gel Polish - Tea Room - WS
Gel Polish - Tea Room - WS
Inspired by a regency high tea, this refreshing vibrant turquoise is perfect for the season and guaranteed to be just your cup of tea.
- 100% Gel system
- Highly pigmented for easy coverage
- Non-shrink and Non-Yellowing
- Up to 4 weeks long lasting formula
- LED and UV curable
- Fast soak-off removal
- Size(s) 20ml/0.67oz
One bottle can achieve up to 110 sets
Color Representation:
Every effort is made to ensure that all our product imagery is as accurate as possible. Due to color/resolution settings on electronic devices, the color representation may differ slightly from the physical product.
Original: $14.95
-70%$14.95
$4.48Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Inspired by a regency high tea, this refreshing vibrant turquoise is perfect for the season and guaranteed to be just your cup of tea.
- 100% Gel system
- Highly pigmented for easy coverage
- Non-shrink and Non-Yellowing
- Up to 4 weeks long lasting formula
- LED and UV curable
- Fast soak-off removal
- Size(s) 20ml/0.67oz
One bottle can achieve up to 110 sets
Color Representation:
Every effort is made to ensure that all our product imagery is as accurate as possible. Due to color/resolution settings on electronic devices, the color representation may differ slightly from the physical product.











