Isla Bennett
Chlorine is an essential chemical that keeps pool water safe and bacteria-free. However, it can be harsh on your nails, causing them to weaken, peel, split, and break. Gel nails are known for their durability and are less likely to chip or peel compared to regular nail polish. But does that mean they are immune to the effects of chlorine? Not exactly. While gel nails can withstand chlorine better than regular polish, prolonged exposure to chlorinated water can cause gel nails to soften, lift, and discolour. Additionally, the curing process of gel nails under a lamp involves repeated exposure to ultraviolet A (UVA) rays, which can cause skin ageing and increase the risk of skin cancer. So, while gel nails may last longer in chlorinated water, it is important to be mindful of the potential impact on both your nails and your skin.
| Characteristics | Values |
|---|---|
| Effect on gel nails | Chlorine can weaken gel nails, causing them to lift, chip, peel, or discolour. |
| Effect on skin | Chlorine can dehydrate the skin, stripping it of natural oils. |
| Effect on hair | Chlorine can dehydrate hair, stripping it of natural oils. |
| Precautions | Wear gloves or use a protective base coat and non-breathable nail polish. Apply a thin layer of petroleum jelly or natural oil to create a protective barrier. |
| Alternative nail polish | Calgel, a true gel, is more suitable for swimming than gel polish. Glitter nail polish is thicker and helps prevent nail damage from pool chemicals. |
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What You'll Learn
- Chlorine can cause gel nails to lift, chip and peel
- Chlorine exposure can discolour gel nails
- Gel nails are more resistant to chlorine than regular nail polish
- The cumulative UV exposure from gel nails is worse than the temporary nail damage
- Chemicals in sun products can cause gel nails to lift and peel
Chlorine can cause gel nails to lift, chip and peel
Chlorine can negatively impact gel nails, causing them to lift, chip, and peel. While gel nails are known for their durability, exposure to chlorinated water can affect their adhesion and overall appearance.
Gel nails are widely recognised for their long-lasting qualities, with the polish rarely chipping and the nails feeling almost indestructible. However, swimming pools present a unique challenge for this otherwise robust manicure option. Chlorinated water can dehydrate nails, stripping them of their natural oils and leaving them dry and brittle. This dehydration can lead to nail breakage and peeling, compromising the integrity of the nail itself and affecting the adhesion of the gel polish.
The impact of chlorine on gel nails can be twofold. Firstly, chlorine can cause the nails to soften, making them more prone to chipping and peeling. This softening of the nails can weaken the bond between the gel polish and the nail surface, resulting in lifting and chipping, particularly at the edges. Secondly, chlorine can also lead to discolouration of gel nails, giving them an unsightly appearance. This discolouration occurs as the chemicals in chlorinated water react with the gel polish, altering its colour and shine.
To minimise the impact of chlorine on gel nails, it is recommended to take precautionary measures. Applying a protective base coat and a non-breathable topcoat can create a barrier between the nail and the chlorinated water, reducing direct contact. Additionally, it is crucial to properly prep the nails before applying the gel polish, ensuring the nail bed is clean and dry to enhance adhesion.
While chlorine can be detrimental to gel nails, casual swimmers or occasional beachgoers may not experience significant issues. The frequency and duration of exposure to chlorinated water play a role in determining the extent of damage to gel nails. For those who spend extended periods in swimming pools, such as swimmers or swimming instructors, the impact of chlorine on gel nails is likely to be more pronounced.
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Chlorine exposure can discolour gel nails
Chlorine is a harsh chemical that can negatively impact your nails. While gel nails are known for their durability, frequent and prolonged exposure to chlorine can cause discolouration. This is because your nails absorb water and any chemicals present in it. Chlorinated water can also dehydrate your nails, leaving them dry, brittle, and prone to breakage.
Gel nails are less likely to chip or peel than regular nail polish, and they can withstand saltwater and pool chemicals to some extent. However, the protective topcoat that seals gel nails can break down over time, especially with frequent exposure to chlorine. This can cause the colour of the gel nails to fade and discolour.
Additionally, chlorine can cause gel nails to soften, making them more susceptible to lifting and chipping. This is because water can get between the polish and the nail, breaking down the bond. To prevent this, it is recommended to wash your hands immediately after swimming and to apply a topcoat to seal out water.
The effects of chlorine on gel nails can vary depending on the brand and formulation of the gel polish. Some brands are better formulated to withstand water exposure. Additionally, proper preparation and application of the gel nails can also impact their durability.
Overall, while gel nails are a more durable option for swimming and water activities, they are not completely immune to the effects of chlorine. Frequent and prolonged exposure to chlorinated water can cause discolouration, softening, and chipping of gel nails. To minimise these effects, it is important to practise proper nail care, including sealing the edges of the nails and applying a protective topcoat.
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Gel nails are more resistant to chlorine than regular nail polish
Chlorinated water can be damaging to your nails. Nails absorb water and any chemicals dissolved in it. Chlorine can weaken nails, causing them to peel, split, and break. It can also dehydrate your nails, stripping them of their natural oils.
However, gel nails are more resistant to chlorine than regular nail polish. Regular nail polish is not always waterproof and does not always repel water. This means that the natural nail can absorb water and bloat, leading to chipping as the polish cannot expand or contract with the nail. Gel nails, on the other hand, repel water. The only places where the nail comes into contact with water are the areas between the polish and the cuticles and the underside of the nails. Gel nails are also more resistant to saltwater and harsh pool chemicals than regular nail polish.
While gel nails are more resistant to chlorine, they are not completely immune to its effects. Prolonged exposure to chlorinated water can cause gel nails to soften and discolour. Additionally, chlorine can cause gel nails to lift and chip, especially if the application was poor or the bond between the polish and the nail was weak.
To minimise the impact of chlorine on gel nails, it is recommended to wash hands immediately after swimming and to apply a top coat to seal out water.
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The cumulative UV exposure from gel nails is worse than the temporary nail damage
While chlorine can cause temporary nail damage, the cumulative UV exposure from gel nails is worse. Gel nail polish is cured under a UV lamp, which emits UV radiation that can cause skin ageing and DNA damage, potentially leading to cancer. Dermatologists advise that the less UV exposure your hands receive, the better.
Although the risk of skin cancer from gel nails is currently considered low, the UV exposure during the curing process contributes to UV-induced skin damage. In addition to the health risks, the chemicals in gel nail polish can also cause allergic reactions, such as contact dermatitis and, less commonly, urticaria. Therefore, it is important to consider the potential risks associated with UV exposure when deciding whether to use gel nail polish.
The application process of gel nail polish also differs from that of standard nail polish. While regular nail polish dries naturally, gel nail polish requires curing under a lamp, which is where the UV exposure comes into play. This repeated exposure to UV rays during the curing process is what poses a risk to the skin.
Furthermore, gel nail polish contains chemicals such as acrylate and methacrylate, which are known to cause allergic reactions. These reactions can manifest as rashes or hives. Therefore, it is not only the UV exposure but also the chemicals in gel nail polish that can be harmful.
While chlorine can affect the appearance and condition of gel nails, causing them to soften, discolour, lift, or chip, the potential health risks associated with cumulative UV exposure from gel nails are more concerning. It is important to weigh the convenience and longevity of gel nails against the potential health risks before deciding to use them.
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Chemicals in sun products can cause gel nails to lift and peel
If you're planning a trip to the beach or pool, you might be concerned about protecting your gel manicure. While gel polish is known for its durability, it's important to consider the potential impact of chlorine and other chemicals on your nails.
Chlorinated water can dehydrate your nails, stripping them of their natural oils and causing them to become dry, brittle, and more susceptible to breakage. This can result in chipping and peeling, especially on the edges of your nails. To minimize these effects, it is recommended to wear gloves when washing dishes or performing other activities that involve prolonged contact with water.
Additionally, the chemicals in sun products, such as dibutyl adipate, can react with nail polishes. This reaction can create a gummy, sticky layer under your gel polish, leading to increased lifting and peeling. To avoid this, opt for spray-on sunscreens or tanning lotions, which are less likely to come into contact with your nails.
While gel manicures are known for their longevity, they are not completely immune to the effects of water and chemicals. Frequent exposure to chlorine can cause discolouration and softening of your gel nails. However, with proper preparation and aftercare, you can reduce the chances of damage.
To protect your gel nails, consider applying a thin layer of petroleum jelly, such as Vaseline, before swimming. This creates a protective barrier between your nails and the pool water. If you don't have Vaseline, natural oils like avocado, jojoba, or coconut oil can also be used. Additionally, sealing the edges of your nails with a top coat can help repel water and prevent lifting and chipping.
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Frequently asked questions
Chlorine can weaken gel nails, causing them to peel, split, and break. Chlorine can also cause gel nails to lift and chip.
To protect your gel nails from chlorine, you can apply a protective base coat and a non-breathable nail polish. You should also try to keep your nails dry as much as possible.
The curing process of gel nails involves exposure to ultraviolet A (UVA) rays, which can cause skin ageing and DNA damage that may lead to cancer. Gel nail polishes also contain chemicals that can cause allergic reactions.
Gel nails can last in a pool for a couple of hours, three days per week. However, frequent exposure to chlorine can cause discolouration and softening of the gel nails.
Some alternative nail polishes to consider when swimming are regular nail polish, glitter nail polish, and acrylic nails. These options can provide more protection from chlorine and are easier to remove than gel nails.
