HEY LOVE - Tint base - Microgreen 15ml

Application method:
Thoroughly degrease the nail plate using phBond dehydrator.
Apply Ultrabond acid-free primer to the tip of the nail and wait for it to dry.
the liquid dries completely.
Apply a layer of clear Rubber Base as a base and dry for 30 seconds.
Apply one or two coats of Tint Base. Cure in UV/LED lamp for 60
seconds.
Apply the final layer - top coat.
Pigmentation: Strong
Consistency: Medium liquid
Strength/Elasticity: Elastic
Volume: 15 ml
How to prevent bubbles in the material?
Bubbles can appear in any liquid. It does not depend on the formula.
or ingredients, but from density (viscosity). It is simply a law of physics,
nothing more.
For example, in water, bubbles don't last long and are eliminated on their own. If we take
thicker liquids (honey, thick building gel, etc.), bubbles in these products
they prefer to sit down and not disappear as quickly as in water.
The same goes for the base. If you handle the brush uncontrollably, it will quickly/forcefully
dip it into the bottle, the brush will inevitably act like a mixer, mixing
material with air and forms bubbles. This is especially true for materials in
bottles with a brush.
That's why we use precise, gentle movements with the brush! Especially when the bottle is
new and full.
When we were working on product development for Tint Base, we had a choice of density.
We deliberately chose medium density because it has the following advantages:
• the material does not flow or spill;
• contours are clear without unnecessary effort;
• the master calmly designs the architecture and has time to check it with
reflection;
• no need for a second layer to complete the architecture or
covering the free edge.
Our production has equipment that prevents the formation of bubbles in the material
at all stages – from mixing the pigment to pouring it into bottles.
If bubbles appear in the material, how do I remove them?
Unscrew the bottle cap, but do not remove the brush.
Place it in a warm (but not hot!) place overnight.
Or place the bottle in a plastic bag and submerge it in warm water
(up to the shoulders).
According to the law of physics, in a warm environment, molecules move faster, which
speed up this process.
Air will rise to the surface because it is lighter than liquid.
Attention! To prevent unwanted polymerization of the material during work,
testing or recording the contents, an open bottle or brush is required
Keep away from daylight (especially direct sunlight) as much as possible.
rays). We also point out that even in cloudy weather, clouds transmit
a large amount of ultraviolet radiation, which is enough to start the material
polymerize.