Sophia Delgado
The application of gel polish to nails has become increasingly popular, but some individuals experience a burning sensation during the process. This has sparked a debate about whether it is normal for gel nails to burn and if it is an indication that something has gone wrong. While some heat is expected during the curing process, excessive burning is not supposed to occur and could be a result of improper application or curing, such as using the wrong type or amount of gel, or an incorrect UV nail lamp. It is important to follow recommended techniques and use reputable products to ensure a safe and comfortable experience without the fear of burning.
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What You'll Learn
- Burning sensations are caused by the UV light and chemical reactions during the curing process
- Builder gel, or BIAB, is a thicker gel that can cause friction burns if applied too thickly
- Burning can also be caused by heavy-handed filing techniques
- Gels contain acrylate and methacrylate, which can cause allergic reactions
- To avoid burning, use the correct nail lamp and avoid overly thick applications
Burning sensations are caused by the UV light and chemical reactions during the curing process
It is important to understand that burning sensations during gel manicures are caused by a combination of UV light exposure and chemical reactions during the curing process. This process involves the use of UV lamps that emit specific wavelengths of UV light, particularly ultraviolet A (UVA) rays, to cure and harden the gel polish. While these lamps facilitate the curing process, they can also lead to unwanted side effects.
The burning sensation experienced during gel manicures is primarily due to the exothermic chemical reactions that occur when gel polishes cure and harden. These reactions release heat as millions of tiny molecules in the liquid or gel product join together to form solid polymer chains, creating the finished nail coating. The heat generated during this process can cause discomfort and, if excessive, can potentially lead to serious nail bed damage. It is worth noting that the UV lamps themselves do not generate the heat that causes the burning sensation.
Additionally, the UV light exposure during the curing process can contribute to the burning sensation. The UV intensity from the lamps can sometimes be too high, resulting in excess heat that becomes intense enough to cause burning. This issue can be mitigated by using the correct nail lamp recommended by the manufacturer, ensuring proper positioning of the hands inside the lamp, and avoiding overly thick applications of the gel polish. Reputable manufacturers conduct quality control tests to ensure controlled heating and avoid excessive heat spikes, emphasizing the importance of purchasing products from reliable sources.
Furthermore, the thickness of the gel application plays a role in the burning sensation. Some individuals have reported that burning occurs when the gel is applied too thickly. Nail technicians have advised that proper application techniques are crucial to avoiding burning. Friction burns, caused by heavy-handed filing techniques or the use of incorrect tools, can also contribute to the problem. It is recommended that nail technicians adopt gentle and careful filing practices, treating natural nails with care to minimize the risk of friction burns.
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Builder gel, or BIAB, is a thicker gel that can cause friction burns if applied too thickly
While gel nail polish has its advantages, it is important to be aware of the potential risks associated with its application and curing process. One such concern is the occurrence of nail burning, which can cause discomfort and indicate possible nail damage.
Builder gel, also known as BIAB (Builder In A Bottle), is a type of gel nail polish that has gained popularity, particularly among those seeking to strengthen and extend their natural nails. This product is marketed as a solution for individuals with broken or short nails who wish to achieve longer and stronger nails without having to resort to traditional acrylic or gel extensions.
However, it is crucial to apply builder gel properly to avoid potential issues. Builder gel is a thicker gel compared to standard gel nail polishes, and its application requires careful consideration. If applied too thickly, builder gel can cause friction burns during the curing process. This burning sensation is a red flag indicating that the gel has not been applied correctly.
Nail technicians and users have reported mixed opinions on whether burning is considered normal during the curing process. Some claim that burning means the gel is too thick, and if applied properly, it should not burn at all. Others suggest that a slight burning sensation is common and may be due to the reaction of the gel particles to the UV light. However, if the burning is severe or persistent, it should not be ignored.
To avoid friction burns when using builder gel, it is essential to follow the proper application techniques. This includes applying a thin base coat, curing under a lamp, and then adding the desired amount of gel for the main bulk of the nail. Overloading the brush with too much gel or applying excessive pressure during application can lead to thicker layers, increasing the risk of burning.
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Burning can also be caused by heavy-handed filing techniques
While gel nail polish is loved for its quick-drying, long-lasting, and chip-resistant qualities, it is not without its drawbacks. One of the most commonly reported issues with gel nail polish is the burning sensation experienced by some individuals during the application and curing process. This burning sensation can be caused by various factors, including the type of gel used, the curing process, and the techniques employed by the nail technician.
One factor that can contribute to burning sensations during gel nail application is the heavy-handed filing of the nail technician. Filing the nail plate too vigorously or using excessive downward force can lead to friction burns. This is particularly true when the wrong grit is used on the natural nail. Nail technicians should adopt gentle and careful filing practices, treating the natural nails with care. It is recommended to use a higher grit file (240 and above) when filing the natural nail to minimise the risk of friction burns.
The thickness of the gel applied can also play a role in causing burning sensations. When gels, especially builder gels, are applied too thickly, they can trap more heat, leading to increased discomfort. It is advised to apply these gels in thin layers to ensure proper curing and minimise the risk of burning. Additionally, the curing time can be a factor, as the first 5 to 8 seconds of curing generate the most heat, which can cause discomfort.
To summarise, burning sensations during gel nail applications can be caused by heavy-handed filing techniques, excessive gel thickness, and curing times. It is important for nail technicians to adopt gentle filing practices, use proper application techniques, and be mindful of curing times to ensure a comfortable and safe experience for their clients. Understanding the reasons behind excessive heat and burning sensations is crucial to providing a positive and effective service.
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Gels contain acrylate and methacrylate, which can cause allergic reactions
While gel nail polish has its advantages, such as quick drying, long-lasting wear, and chip resistance, it is not without its drawbacks. One of the primary concerns is the elevated risk of skin cancer posed by the curing process, which involves exposure to ultraviolet A (UVA) rays. This exposure can lead to skin ageing, DNA damage, and an increased risk of cancer.
In addition to the risks associated with UV exposure, gel nail polishes contain chemicals that can cause allergic reactions. Gels contain acrylate and methacrylate, which are known allergens and can lead to allergic contact dermatitis, a type of irritant reaction caused by harsh chemicals. Symptoms of contact dermatitis include burning, pain, inflammation, redness, blistering, and lifting of the nail off the nail bed (onycholysis).
The risk of an allergic reaction is not limited to the application process but can also occur during removal if not done carefully. Dr. Ranasinghe notes that common issues during removal include cracking, peeling, white spots, grooves, and an overall weakening of the nail plate, which can take months to resolve as the damaged nail grows out.
To prevent and treat allergic reactions, it is recommended to use HEMA-free or water-based nail polishes, which are less likely to cause reactions due to their gentle formula. Additionally, it is crucial to avoid getting gel polish on the skin during application and to remove any gel products promptly if redness, itchiness, or swelling occurs.
While gel nail polish can enhance the appearance of nails, it is important to be aware of the potential risks associated with its use, including allergic reactions. Taking precautions, such as choosing alternative nail polish formulas and carefully applying and removing the polish, can help minimise these risks.
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To avoid burning, use the correct nail lamp and avoid overly thick applications
While gel nail polish has a lot to love about it, the curing process involves exposure to ultraviolet A (UVA) rays, which can cause skin ageing and DNA damage that may lead to cancer. The UV light interacts with the gel, causing it to harden and adhere to the nail. This process can sometimes lead to a burning sensation. However, it's important to note that this sensation is not supposed to be intense or prolonged. If you experience excessive heat or discomfort, it could be due to improper application techniques, such as applying the gel too thickly or using the wrong nail lamp.
To avoid burning sensations, it is crucial to use the correct nail lamp recommended by the UV gel manufacturer and ensure proper hand positioning inside the lamp. Additionally, it is essential to follow the recommended application techniques, including avoiding overly thick applications. Thick layers of gel can trap more heat, leading to increased sensations of warmth.
When working with thicker viscosity gels, such as builder gels, it is important to exercise caution. These gels have a higher tendency to be overapplied in layers that are too thick. Friction burns can also occur when heavy-handed filing techniques are used, or when excessive downward force is applied to the nail file. To prevent this, nail technicians should adopt gentle and careful filing practices, treating natural nails with care.
By following the manufacturer's guidelines, using high-quality products, and applying the gel in thin layers, you can minimise the risk of overheating and burning sensations. It is also important to allow time between manicures for your nails to recover, as gel polish can leave your nails dry and brittle. With proper techniques and precautions, you can achieve stunning gel nails without the fear of discomfort or nail damage.
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Frequently asked questions
The burning sensation is caused by the UV light activating the gel polish during the curing process. The UV light stimulates the tiny molecules in the gel polish to move around and link, creating a solid polymer chain. If the UV intensity is too high, it can cause excess heat, leading to burning sensations.
Some nail technicians say that burning means the gel is too thick and, if done properly, it shouldn't burn at all. However, others claim that a certain level of warmth is normal. If you experience pain, it is a red flag, and you should remove your hand from the lamp.
To minimise the risk of overheating, use the nail lamp recommended by the UV gel manufacturer, position your hands correctly inside the lamp, and avoid applying the gel in thick layers.
Aside from the potential for burning, gel manicures can cause temporary nail damage and cumulative UV exposure, which can lead to skin ageing and DNA damage. Gel polish also contains chemicals that can cause allergic reactions and can leave your nails dry and brittle.
