UV/LED Ice IQ Gel, Cover Rose PNB, 5 ml

UV/LED Ice IQ Gel, Cover Rose PNB is a low-temperature pink gel that will help you to make natural nails perfect and create the correct shape of extended nails. With this shade, the client's nails will look very stylish, neat, and the hands - well-groomed.BENEFITS: Low-temperature (does not hurt in the lamp); Hypoallergenic material; Without odor; Soft and fast sawdust; Heavy dust does not fly in the air, gathers in large fractions and settles; There is no exothermic reaction - no feeling of "burning" on the nails; Compresses and holds the arch in both arched and salon modeling; Polymerization of...

UV/LED Ice IQ Gel, Cover Rose PNB is a low-temperature pink gel that will help you to make natural nails perfect and create the correct shape of extended nails. With this shade, the client's nails will look very stylish, neat, and the hands - well-groomed.

BENEFITS:

• Low-temperature (does not hurt in the lamp);
• Hypoallergenic material;
• Without odor;
• Soft and fast sawdust;
• Heavy dust does not fly in the air, gathers in large fractions and settles;
• There is no exothermic reaction - no feeling of "burning" on the nails;
• Compresses and holds the arch in both arched and salon modeling;
• Polymerization of 1 layer - up to 1 min.

MODE OF APPLICATION:

1. Prepare the nail plate with PNB buff, remove the gloss.
2. Apply the auxiliary fluids: Nail Dehydrator and Bond Control to the entire plate.
3. Rub in a thin layer of Universal Base PNB / Scotch Base PNB and cure in the lamp for 1 minute.
4. Put the templates.
   Take the material with a spatula and place it on the nail. Soak a brush in Polygel solution PNB liquid, squeeze well on a napkin and, starting from the cuticle, distribute Ice IQ Gel, building the desired architecture. Dry in LED, UV/LED (combi) lamp for 60 seconds.
   File the modeled nails with a 180 grit file and buff them. Remove dust with a brush.
   Cover the nails with colored gel polish and top.

RECOMMENDATIONS:
The brush should be slightly wet when modeling. Excess fluid can lead to delamination.