HOT ! Chisel Solid Trio Collection - (160-195)

Explore the Chisel Solid Collection, offering a range of striking shades that deliver rich, long-lasting color and shine. Perfect for a timeless, sophisticated look.

Features:

• 
  Easy Soak Off: Simple to remove


• 
  Chip Resistant: Long-lasting wear


• 
  Lightweight & Flexible: Comfortable to wear


• Matching Gel Polish and Lacquer Available


• 
  Gel & Polish Bottle Size: 15mL


• 
  Powder Size: 2oz

How to Apply Gel Polish:

1. 
   Prep the Nails: Cut, file, and buff.


2. 
   Apply Gel Base Coat: Cure for 60 seconds.


3. 
   Apply Color: Cure for 60 seconds. Repeat if another coat is needed.


4. 
   Apply Gel Top Coat or High Shine Top Gel: Cure for 60 seconds.


5. 
   Finish: Apply cuticle oil and massage around cuticles.

How to Apply as Dip Powder:

1. 
   Prep the Nail: Use Bond to dehydrate the nail.


2. 
   Apply Base Coat: Dip the nail in powder at a 45-degree angle. Tap off excess and wait 30 seconds before brushing off remaining powder. Repeat until desired color and thickness are achieved.


3. 
   Apply Activator: Wait at least 30 seconds.


4. 
   Clean: Wipe each nail with a lint-free wipe to remove excess activator.


5. 
   File & Buff: Shape to desired length and smoothness.


6. 
   Finish: Apply Top Coat for a long-lasting manicure. Apply Nourish Oil to rejuvenate cuticles.

How to Apply as Acrylic Powder:

1. 
   Prep the Nails: Use primer for better adhesion. Apply tips if extra length is desired.


2. 
   Prepare the Brush: Dip it into monomer, then brush against the bowl to remove excess liquid.


3. 
   Apply Powder: Dip brush into acrylic powder. The mixture should be moist and spreadable but not too wet.


4. 
   Apply Bead to Nails: Let air dry. Test by tapping with the brush handle; if it clicks, it’s ready.


5. 
   Repeat if Needed: Depending on the method, you might need another bead.


6. 
   Finish: For a lasting manicure, apply Gel Top Coat.

Made in USA

* Please keep in mind that the colors you see may vary slightly due to differences in digital images and monitor settings on electronic devices.