Isla Bennett
Regular nail polish is designed to air-dry naturally and does not require curing under a UV or LED lamp. This is because it does not contain the photoinitiators required for curing under a lamp. On the other hand, gel nail polish can be cured and dried under a UV or LED lamp, taking just about 30 seconds to a few minutes. While it is possible to cure regular nail polish under a UV or LED lamp, it may not produce the same results as gel nail polish due to the lack of specific chemicals. To combine regular and gel nail polish, it is recommended to apply a gel base coat, followed by regular polish, and then seal it with a gel top coat.
Can you cure non-gel nail polish?
| Characteristics | Values |
|---|---|
| Cure with UV light | No |
| Cure with LED light | No |
| Cure with a lamp | No |
| Air dry | Yes |
| Dry with quick-drying nail polish spray | Yes |
| Dry with canola oil cooking spray | Yes |
| Dry with ice water | Yes |
| Dry with quick-dry drops | Yes |
| Dry with a quick-dry top coat | Yes |
| Dry with a gel top coat | Yes |
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What You'll Learn
Regular nail polish doesn't cure with UV light
It is a common misconception that regular nail polish can be cured using a UV lamp. However, this is not the case. Regular nail polish does not contain the necessary chemical components to benefit from UV/LED exposure. It is formulated to dry via solvent evaporation, which is a natural process that takes time.
UV/LED lamps are designed to cure gel nail polish, which contains photoinitiators that activate under light exposure, causing the polish to harden almost instantly. Traditional nail polishes lack these photoinitiators, and therefore will not cure under a UV/LED lamp. Not only will using a UV/LED lamp with regular nail polish be ineffective, but it can also lead to prolonged drying times, as the lamp may interrupt the natural evaporation process. This can result in tacky, smudged nails.
Additionally, regular nail polishes are not designed to withstand UV exposure and may break down or change colour when subjected to it. Over time, this can also damage your lamp, as you are using it for a purpose it was not designed for.
If you are seeking faster drying times, there are quick-dry top coats and sprays available that can help accelerate the evaporation process without the need for a UV/LED lamp. Alternatively, there are hybrid polishes that combine the benefits of regular and gel nail polishes, allowing for swifter removal and more flexibility, while still providing the durability of gel.
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Quick-drying products can speed up the process
Another quick-drying product that can be used is canola oil cooking spray. Similar to the nail polish spray, lay out some newspaper or paper towels on a flat surface and place your hand on it with your fingers spread apart. Hold the cooking spray about 6 inches (15 cm) away from your hand and spray each of your fingers with the oil while the polish is still wet. Repeat this process for the other hand. The oil will dry within several minutes, after which you can wash your hands to remove any oil residue. Note that the cooking spray may leave your fingers feeling sticky, so it is best not to touch anything while your nails are drying.
In addition to quick-drying sprays, quick-dry top coats can also be used to speed up the curing process of non-gel nail polish. It is recommended to apply a quick-dry top coat while the nail polish is still wet or tacky, as it penetrates the layers of polish underneath to dry them faster.
While quick-drying products can speed up the curing process of non-gel nail polish, it is important to note that they may not completely cure the polish, and there may still be some tackiness or stickiness to the nails. In this case, it is recommended to use an alcohol wipe or gel cleanser product to remove the sticky residue.
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Non-UV gel nail polishes are available
Regular nail polish cannot be cured with a UV lamp. It air-dries and does not contain the resin that UV light cures in gel polishes. However, if you are looking for a quick-drying alternative to regular nail polish, non-UV gel nail polishes are available. These polishes are formulated to air-dry without the need for a UV lamp and deliver a similar look and durability to gel manicures.
Non-UV gel nail polishes are a great option for those who want the shine and longevity of a gel manicure without the need for a UV lamp. These polishes are applied in the same way as regular nail polish but are specially formulated to dry on their own without light. While they are not technically "cured" in the same way as gel polishes, they offer a convenient and easy at-home option for those who want the look of gel nails without the hassle of curing lamps.
There are several nail polish brands that offer non-UV gel polishes, such as Sally Hansen's Miracle Gel line and Essie's Gel Couture line. These polishes provide a smooth coverage, brilliant shine, and longevity, all without the need for a UV lamp. When purchasing a non-UV gel polish, ensure that the label specifies that the polish does not require a UV light or LED lamp to cure.
To speed up the drying process of non-UV gel polishes, apply thin and even coats to your nails. You can also use quick-drying techniques such as submerging your nails in ice water for a few minutes or using a quick-drying nail polish spray. It is important to note that while these sprays are generally formulated for non-gel polishes, they can also be effective in drying non-UV gel polishes faster.
In addition to non-UV gel polishes, there are also other alternatives to traditional gel manicures. For example, you can use a gel-like top coat over your regular nail polish to extend the wear time and create a similar look to gel nails. Some popular options include Seche Vite Gel Effect top coat and HoloTaco long-lasting base and glossy taco. These products can provide the shine and durability of a gel manicure without the need for UV curing.
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You can use regular and UV gel nail polish together
You can use regular nail polish and UV gel nail polish together to get the best of both worlds. While you're technically not supposed to mix gel and regular polishes, you can get impressive results with a little patience and precision.
Firstly, paint your nails with regular polish as you normally would. To help the polish stick better, buff your nails with a nail buffer and apply a non-gel base coat. Then, paint your nails with the colour of your choice. For a more vibrant or opaque colour, add multiple layers of polish, waiting a few minutes between layers so the nails are dry.
Secondly, apply a gel top coat. Before doing so, ensure that the regular polish is completely dry, as this could cause the top coat to peel or slide off, or the regular polish to wrinkle or crack underneath the gel. Twenty-four hours is recommended, but twelve hours might also be sufficient. To speed up the drying process, apply a quick-dry top coat or quick-drying nail polish spray.
Finally, brush a thin layer of gel top coat from the base of each nail to the tip, capping the free edge for the best seal. Wipe away any gel that gets on your cuticle or skin before curing it with a cotton pad dipped in acetone or 91% isopropyl alcohol, otherwise, it will be very difficult to remove. Place your hand under an LED or UV light to cure the gel top coat, following the instructions on your product for the exact amount of time.
If you're worried about UV damage, apply sunscreen to your hands before your manicure or wear opaque gloves with the fingertips cut off.
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UV light can be harmful to skin
Regular nail polish cannot be cured with a UV lamp. It air-dries and does not contain the resin found in gel nail polish that reacts to UV light.
UV light can be harmful to the skin. It is an environmental human carcinogen that causes skin cancer, including melanoma, the deadliest form of skin cancer. The incidence of skin cancer has been increasing at a rapid rate over the past few decades, with over one million new cases of non-melanoma skin cancer occurring each year in the United States.
UV radiation causes inflammation, immune changes, physical changes, impaired wound healing, and DNA damage, which promotes cellular senescence and carcinogenesis. It induces genetic changes and immune system modulation, leading to photocarcinogenesis and the development of skin cancers.
UVB radiation can cause direct DNA damage and reach the epidermis, producing erythema, burns, and skin cancer. UVA radiation, on the other hand, can penetrate the dermis and increase ROS levels, indirectly inducing DNA mutagenesis. UVA is also responsible for aging and wrinkling of the skin.
Overexposure to UV radiation is a key factor in the development of skin cancers, and the use of tanning beds is associated with a 75% increased lifetime risk of melanoma. The incidence of melanoma is particularly correlated with intermittent intense UV exposures that cause sunburn.
While the sun is the primary source of UV radiation exposure, artificial lamps emitting UVB and UVA radiation are also used in the treatment of various skin diseases. However, these therapies can have undesirable side effects. It is important to note that UV-A flashlights can contribute to the cumulative damage caused by UV radiation over a lifetime. Therefore, it is recommended to minimize direct exposure of the skin to UV light.
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Frequently asked questions
No, regular nail polish does not cure with a UV lamp. It is designed to air-dry naturally.
The drying time depends on the product, temperature, and humidity. It can take anywhere from 5 minutes to 2 hours for the polish to completely dry.
Using a UV lamp on non-gel nail polish may not produce the same results as it does for gel nail polish. Regular nail varnish does not contain the same chemicals that react with UV light to speed up drying.
