HEYLOVE. Flow base, CHILL, 15 ml, colored base of medium-thin consistency

Due to its dense pigmentation and elasticity, the tinted base CHILL creates a perfectly even coverage after just one coat.

Shade: light pink

Collection: EVERYDAY

Collection overview at link: https://www.instagram.com/p/DE4x8s7ICUB/

Consistency: medium, close to liquid

Hardness/elasticity: elastic

Acidity: neutral, pH=6.5

Smell: neutral

Pigmentation: dense, covers the free edge

Application:

• Thoroughly degrease the nail plate using a dehydrator phBond.
• Apply an acid-free primer to the nail tip Ultrabond and wait for it to dry completely.
• Apply a layer of clear base Rubber base as a foundation and cure for 30 seconds.
• Apply one or two coats of Flow base. Cure in a UV/LED lamp for 60 seconds.
• Finally, apply top coat (top).

Volume: 15 ml

Manufacturer: TM "HEYLOVE"

Country: Ukraine

Ingredients (INCI): Polyacrylic Acid, HEMA, Hydroxycyclohexyl Phenyl Ketone, Ethyl Trimethylbenzoyl Phenyiphosphinate, Silica. May Contain: Cl 45380, Cl 15850, Cl 77491, Cl 15985, CI 77492, Cl 77007, CI 77510, Cl 77742, Cl 77289, CI 77499, CI 77891, Cl 7700, Cl 77820

Attention! To avoid unwanted polymerization of the material during work, testing, or content creation, keep the open bottle or brush as far away from daylight (especially direct sunlight) as possible. Also note that even on cloudy days, clouds transmit a large amount of ultraviolet radiation, which is enough for the material to start polymerizing. When painting tips, we recommend keeping the working side of the operating UV lamp away from the master. If you hold the lamp turned on with the light towards the master, unwanted polymerization of the material on brushes and necks of open bottles may occur.

Note: all documents are in the attached files!

How to prevent bubbles in the material?

Bubbles can appear in any liquid. This depends not on the formula or ingredients, but on the density (viscosity).
It's just a law of physics, nothing else.

For example, in water, bubbles last very briefly and escape on their own.
If we take thicker liquids (honey, thick builder gel, etc.), bubbles readily settle in these products and do not leave as quickly as water.

Same with the base. If you work carelessly with the brush, sharply dipping it into the bottle, it involuntarily acts as a blender, mixing the material with air, forming bubbles. This especially applies to materials in bottles with a brush.

Therefore, make CAREFUL, gentle brush movements!
Especially when the bottle is new and full.

When we worked on developing the tint base product, we had a choice of density. We deliberately chose a medium-density consistency because it has advantages:
- the material does not run or seep anywhere;
- clear contours without extra effort;
- the master can calmly build the architecture and has time to check it by reflection;
- no need to apply a second coat to refine the architecture or camouflage the free edge.

Our production facility has equipment that prevents bubble formation at all stages—from pigment mixing to bottle filling.

We also warn our partners that we are against store consultants opening the bottle for a customer and showing the material. Because a consultant who is not a master may not realize that they can create bubbles with the brush, even unknowingly.
Not to mention that bottle necks look unaesthetic when they are soiled with material all the way to the top.

If bubbles appear in the material, how to fix it?

Unscrew the bottle cap, but do not remove the brush.
Place it in a warm (but not hot!) place overnight.
Or put the bottle in a plastic bag and immerse it in warm water (up to the shoulders).

By the law of physics, in a warm environment, molecules move faster, accelerating the process.
Air will rise to the surface; it is lighter than liquid.