APPLICATION:
1.Push, Cut And Trim The Cuticle.
2.File The Edge And The Surface Of The Nail Evenly– Important To Keep The Base Gel Adhere To The Nail Surface.
3.Clean And Dry The Nails.
4.Apply A THIN Coat Of The Gel Base Coat—Cure. –NOTE: The Base Coat Gel Polish Will Look Like Its Still Wet And Sticky After Cured, Its Normal, This Helps To Adhere To The Color Gel, Just Move On To The Next Step.
5.Apply A THIN Coat Of Color Gel—Cure.
6.Apply Second THIN Coat Of Color Gel—Cure.
7.Apply A THIN Coat Of Top Gel—Cure, Done. –NOTE: Don’t Apply The Top Coat Gel Nail Polish Twice After First Coat Of Top Gel Cured Since These Are NO WIPE TOP COAT.
TIPS FOR THE GEL APPLICATION:
(1)Don’t Apply Too Much Gel To The Nail Each Time.
(2)Don’t Apply The Gel Too Close To The Cuticle Area.
(3)Cap The Edge Of The Nail Tip At The End Of Each Time Applying Gel, But Don’t Cap The Edge With Too Much Gel.
(4)Recommend LED Lamp Of 48W.
(5)Keep The Gel Top and Base Coat Away From The LED Lamp During Your Application And Secure The Cap After Use.
Imtiti 15ml No Wipe Matte Top Coat Gel Nail Polish, Long Lasting Frosted Clear Top Coat Gel Polish for DIY Nail Art at Home or Manicure Salon
£14.99
- Imtiti No Wipe Matte Top Coat: 15ml Large Capacity no wipe gel top coat. it protects your nails from chipping and peeling, so you can enjoy your manicure for longer.
- Long lasting for 21+ days: Upgrade your nail game with our Matte Gel Top Coat! Our formula provides a smooth and easy application, allowing you to achieve a perfect, long-lasting matte finish in no time.
- Versatile: Compatible with all brands Soak-off Gel Nail Polish, this top coat is a must-have for any nail polish collection.
- UV/LED cured: This top coat can be cured with both UV and LED lamps for a perfect, professional finish.
- Achieve the ultimate matte finish: With our versatile Matte Gel Top Coat, you can experiment with different nail designs and finishes. The no-wipe feature makes it an easy, mess-free solution to your manicure routine.
In stock
Additional information
Weight | 0.06 kg |
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