Charme Gel / Cat Eye C09 Mooncat
$18.00
In Stock
Product Detail
NEW HEMA Free + TPO Free formula with an updated rounded tip brush for smoother, more precise application!
C09 Mooncat - Capture the ethereal glow of the moon on your finger tips with this shade of satin silver. Ultra fine magnetic particles give this gel polish that extra brilliance, pair this gorgeous silky silver cat eye polish with any glass gel to add color, or wear it by itself and let your nails shine!
Charme Gel Polish is a 3-step gel system that offers a highly pigmented, long lasting formula. It is gentle on natural nails with quick and easy soak off removal.
- HEMA Free + TPO Free.
- Highly pigmented formula for flawless, even coverage.
- Easy soak off with acetone or gel remover.
- Up to 4 weeks wear time.
- Made in Taiwan.
Instructions:
- Apply an even coat over base or color gel, do not cure.
- Hold a Magnetic Wand or Magnetic Bar above or next to the nail to create cat eye effect. Tip: You can brush over the gel to reset the design, repeat this step until you achieve the desired look.
- Cure the gel once you achieve the desired effect.
Finish:
Sheer Cat Eye Gel
1-2 coats for full coverage
Color Family:
Silver
Cure Time:
UV ~ 2 minutes or LED ~ 60 seconds
Net Size:
15ml / 0.50oz
Best used with our 3-step gel system:
To see the entire collection:
Shake well before use. For professional use only.
Ingredients: Polyurethane-80, Hydroxypropyl Methacrylate, Hydrated Silica, Hydroxycyclohexyl Phenyl Ketone, Dimethicone, Polymethyl Methacrylate, Platinum Powder, Phenolic Epoxy Resin. May Contain (+/-): CI 77891, CI 77499, CI 77492, CI 77491, CI 77510, CI 77742, CI 77288.
Please note: The ingredient list printed on the bottle label may not reflect the updated HEMA-free and TPO-free formula. For the most accurate and up-to-date ingredient information, please refer to the product listing on our website.
*Due to monitor and screen differences, actual colors may vary slightly from what appears online. We strive to edit our photos to reflect each shade as accurately as possible, but variations may still occur.
