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Tiết lộ những nguy cơ của việc sử dụng Gel UV dày

Tiết lộ những nguy cơ của việc sử dụng Gel UV dày

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Let’s explore a crucial fact that every thợ làm móng chuyên nghiệp, student or enthusiast must be made aware of. As we explore the world of Gel tia cực tím application, it’s essential to understand the impact of thicker gels on the chữa bệnh quá trình. 

The Crucial Fact About UV Gel Thickness You Can’t Afford to Overlook

Thicker Gels: Thicker layers of UV gel absorb more UV light at the top surface, resulting in lower penetration to the bottom layers of the gel. This can lead to incomplete curing and bảo dưỡng chưa đủ in the deeper layers.

The Phenomenon of UV Gel Absorption in Thicker Gel Layers

In thicker layers of UV gel, most of the UV light is absorbed by the upper layers of the gel, resulting in lower penetration of UV light into the lower layers. This phenomenon occurs due to the nature of UV light and the properties of the UV gel material.

When UV light passes through a material like UV gel, it is absorbed or scattered by the molecules within the UV gel. As the light travels deeper into the gel, even more of it is absorbed or scattered, leading to a reduction in the intensity of UV light reaching the lower layers. As a result, thicker layers of UV gel provide more material for the UV light to interact with, further reducing the amount of UV light that can penetrate to the bottom layers.

As a result, the top layers of the gel receive the highest intensity of UV light, leading to more efficient curing of the upper layers. However, as the light travels deeper into the gel, its intensity decreases, and the lower layers receive less UV light, which can result in incomplete curing and under-curing in those regions.

This phenomenon highlights the importance of proper curing techniques, including using thinner layers of UV gel to ensure adequate UV light penetration and uniform curing throughout the entire thickness of the gel layer. It also underscores the need for understanding the curing properties of UV gel and adjusting application techniques accordingly to achieve optimal results.

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Giỏ hàng
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An individual who is qualified to provide a wide range of nail services.<\/p>\n<\/div>","cmtt_7d4743a18546ed1aad227aad9152405d":"

Under-cured<\/div>
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This describes a nail coating that has not been properly cured. In a UV gel, it may be that the wrong UV lamp has been used and it has the wrong wavelength for the specific product. Or it may be that the percentage level of monomers in the product is too high for them all to become polymerised.<\/p>\n
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This situation can lead to the leeching out of the monomers whilst wearing the coating or the monomers being released during any method of removal. This can lead to allergies.<\/p>\n<\/div>","cmtt_4eb428598c1d8f289e6897779124e77d":"

UV Gel<\/div>
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A nail product that cures (or polymerizes) under a UV lamp.
There are various types of UV gels, categorized by the way they can be removed, or by the way they can be used.

<\/p>\n<\/div>","cmtt_028573aa40ce1f3cceb26ad80ad33592":"

Cure \/ Curing<\/div>
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This is the term used to describe the polymerization process for the acrylics (whether uv gels or l&p systems) used in nail coatings. A 'proper cure' is what should be achieved which is when, at least, 80% of the coating has been polymerised. Anything less than this is considered to be 'under-cured' and can cause an allergic reaction. \"Over-curing\" would be when the nail coating is cured in a lamp that has a stronger output than what the manufacturer recommends, and it will make the nail coating brittle.<\/p>\n<\/div>"}}; -->