#BASE ONE UV GEL CLEAR SKIN#
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#BASE ONE UV GEL CLEAR PROFESSIONAL#
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Not surprisingly, a combination of these two materials in the form of the yttria-alumina garnet ( YAG) has proven to be one of the top performers in the field. Yttria is fully transparent from 3–5 micrometers, but lacks sufficient strength, hardness, and thermal shock resistance for high-performance aerospace applications.

#BASE ONE UV GEL CLEAR FULL#

For example, sapphire (crystalline alumina) is very strong, but lacks full transparency throughout the 3–5 micrometer mid-IR range. Currently available infrared (IR) transparent materials typically exhibit a trade-off between optical performance and mechanical strength. Basic applications include lasers and cutting tools, transparent armor windows, night vision devices (NVD), and nose cones for heat seeking missiles. Transparent ceramics have recently acquired a high degree of interest and notoriety. Synthetic sapphire – single-crystal aluminum oxide (sapphire – Al 2O 3) is a transparent ceramic Recent nanoscale technology, however, has made possible the production of (poly)crystalline transparent ceramics such as alumina Al 2O 3, yttria alumina garnet (YAG), and neodymium-doped Nd:YAG. Thus, they are generally opaque as opposed to transparent materials. Most ceramic materials, such as alumina and its compounds, are formed from fine powders, yielding a fine grained polycrystalline microstructure that is filled with scattering centers comparable to the wavelength of visible light. įor example, since visible light has a wavelength scale on the order of hundreds of nanometers, scattering centers will have dimensions on a similar spatial scale. The amount of light scattering therefore depends on the wavelength of the incident radiation, or light. While single-crystalline ceramics may be largely defect-free (particularly within the spatial scale of the incident light wave), optical transparency in polycrystalline materials is limited by the amount of light that is scattered by their microstructural features. Such devices have found widespread use for various applications in the electro-optical field including: optical fibers for guided lightwave transmission, optical switches, laser amplifiers and lenses, hosts for solid-state lasers and optical window materials for gas lasers, and infrared (IR) heat seeking devices for missile guidance systems and IR night vision. Many ceramic materials, both glassy and crystalline, have found use as optically transparent materials in various forms from bulk solid-state components to high surface area forms such as thin films, coatings, and fibers. If required, perfect your application by applying cuticle oil with a circular motion.Transparent spinel (MgAl 2O 4) ceramic is used traditionally for applications such as high-energy laser windows because of its excellent transmission in visible wavelengths and mid-wavelength infrared (0.2–5.0 μm) when combined with selected materials – source: U.S.

#BASE ONE UV GEL CLEAR PRO#

Apply Pro 3.1 top gel to add extra gloss and place it under the lamp.

Can also be used as a finish with the other gels in our range. Degrease using super oil remover or triple-action cleaner.įor those who demand an ultra-glossy finish, follow up your application of Pro 3.1 gel with an application of top gel. Apply a thin coat of clear Pro 3.1 one-phase gel as a finish and place under the UV/LED lamp. Apply a coloured gel (or create a French manicure) and polymerize under the UV/LED lamp. Dust off, then clean the nail surface with triple-action cleaner.

#BASE ONE UV GEL CLEAR PROFESSIONAL#

File the sides and tip of the nail, thin out the gel around the cuticles and use the professional electric nail file to create a perfect curve, then finish off with a nail file and white sanding block. Remove the sticky surface of the gel with a cotton wool pad soaked in super oil remover or triple-action cleaner. Check the curve of the nail and then polymerize under the UV/LED lamp.

#BASE ONE UV GEL CLEAR FREE#

Push the gel towards the edges with the tip of the brush, ensuring you do not touch the cuticles.įinish off the sculpting by spreading the material up to the free edge. Take up another ball of Pro 3.1 gel and place it in the middle of the nail.

Apply a thin coat of the Pro 3.1 one-phase gel of your choice as a base all over the nail surface, then place under the UV/LED lamp.

#BASE ONE UV GEL CLEAR SKIN#

Apply primer pen to the whole surface of the natural nail without touching the skin or cuticles.

Pro section Create an account or Log in to order directly from the siteĬan be used on natural nails, tips and extensions on forms.

Base one uv gel clear