HEYLOVE. Tint base, GUMMY, 30 ml, tint base
Description
Thanks to its convenient consistency and elasticity, the shade base GUMMY creates a perfectly smooth coating already after applying the first layer.
Shade: barbie pink
Collection: JUICY
Consistency: medium
Hardness/elasticity: elastic
Acidity: neutral, pH=6.7
Odor: neutral
Pigmentation: medium
*Attention! On March 1, 2025, the component tpo was banned in the EU. It was a reliable photoinitiator that made it possible to create more pigmented materials. Due to the replacement of the tpo photoinitiator with permitted alternatives, it is currently not possible to create some shades with dense pigmentation because of the risk of incomplete polymerization.
Directions for use:
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Thoroughly degrease the nail plate using a dehydrator phBond.
- Apply an acid-free primer to the tip of the nail Ultrabond and wait until the liquid is completely dry.
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Apply a layer of transparent base Rubber base as a base coat and cure for 30 seconds.
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Apply one or two layers of Tint base. Polymerization time in a UV/LED lamp is 60 seconds.
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Final apply in a layer top coat (top).
Volume: 30 ml
Manufacturer: TM "HEYLOVE"
Country: Ukraine
Ingredients (INCI): Polyacrylic Acid, HEMA, Hydroxycyclohexyl Phenyl Ketone, Ethyl Trimethylbenzoyl Phenylphosphinate, Silica. May Contain: Cl 45380, Cl 15850, Cl 77491, CI 15985, CI 77492, Cl 77007, Cl 77510, CI 77742, CI 77289, CI 77499, CI 77891, CI 7700
Attention! To avoid unwanted polymerization of the material during work, testing, or content shooting, keep the open bottle or brush as far as possible from daylight (especially from direct sunlight). Please also note that even in cloudy weather, clouds transmit a large amount of ultraviolet radiation, which is enough for the material to begin polymerizing. When painting tips, we recommend keeping the working side of the operating UV lamp away from the master. If the switched-on lamp is aimed toward the master, unwanted polymerization of the material may occur on the brushes and on the necks of open bottles.
Note: all documents are in the attached files!
How to prevent bubbles in the material?Bubbles can appear in any liquid. This does not depend on the formula or ingredients. It depends on density (viscosity).
It is simply a law of physics, nothing more.
For example, in water bubbles last very briefly and disappear on their own.
If we take thicker liquids (honey, thick builder gel, etc.), bubbles readily settle in these products and do not leave them as quickly as they do water.
It is the same with the base. If the brush is used carelessly, plunging it sharply into the bottle, it involuntarily acts as a blender that mixes the material with air, creating 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 were working on the development of the tint base product, we had a choice of viscosity. We deliberately chose a medium-density consistency because it has advantages:
- the material does not run anywhere, does not flow in;
- the contours are clear without extra effort;
- the master lays out the architecture calmly and has time to check it in the reflection;
- there is no need to apply a second coat to refine the architecture or camouflage the free edge.
Our production facility has equipment that prevents bubbles from forming in the material at all stages - from mixing the pigment to filling the bottles.
We also warn our partners that we are against a store consultant opening the bottle for the customer and showing the material. Because a consultant who is not a master does not understand that you can create bubbles with a brush without even realizing it.
Not to mention that bottle necks look unattractive when they are stained with material all the way to the top.
If bubbles appear in the material, how can this be fixed?
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 immerse it in warm water (up to the shoulders).
According to the laws of physics, in a warm environment molecules move faster, and this speeds up the process.
The air will rise to the surface; it is lighter than the liquid.