A majority of skin care products users have no idea where to start when choosing indoor tanning lotions. They are concerned about the possible effects they skins might experience from using tan accelerators. As users bodies and skins react differently to tan lotions, they definitely have a reason to be concerned. Another factor affecting different users in various manners is the tingle experienced after application of the indoor tanning lotions. So as to produce the tingles, several types of chemicals are incorporated in the indoor tanning lotions. This leads to users wondering which ingredients are incorporated in them and what causes the tingle.
Ingredients capable of moisturizing the skin and those that tan it are examples of those that are used to manufacture indoor tanning lotions. In order to make the skin color change, a variety of chemicals are applied, which work by stimulating the body to make more amounts of melanin to facilitate the change of color skin. L-Tyrosine forms one of these chemicals.
Most of the times, melanin in its real form is included when manufacturing the lotions, especially when making indoor tanning lotions that are not supposed to cause tingles. DHA (Dihydroxyacetone) is sometimes added in the manufacture to help in getting an instant tan effect. Copper in various forms is also incorporated to ensure there is a bronzing effect.
Other types of ingredients are used to preserve the skin as well as to boost its capacity for retaining moisture. The ingredients vary from one type of lotion to the other, with some being manufactured using walnut oil, eat tree oil, as well as hempseed oil, with others applying cooling additives the likes of menthol.
It is generally safe to use lotion tingle as an accelerator for tanning, particularly when applied strictly according to instructions. The tingle is caused by the active ingredients that actually stimulate melanin production by the skin. Various indoor tanning lotions users react differently to the ingredients, but normally do not experience unpleasant effects.
The bottom line is that a user is not guaranteed that they will experience allergic reactions as a result of applying the indoor tanning lotions. It is thus recommended that a user performs a careful test of indoor tanning lotions on a small patch of the skin before applying it to other parts of the body.
The point of using indoor tanning lotions is to enable the user get a tanned skin without having to expose themselves to sun radiation. Most of such users however, do not know how the synthetic bronze in the skin is acquired by applying the lotions. The most commonly applied ingredient in manufacturing the indoor tanning lotions is Dihydroxyacetone (DHA) mentioned above. It is a simple color preservative that reacts with amino acids found in the skin surface to make the skin dark. However, should they prove harmful to the users skin, their use should be discontinued with immediate effect.
Some types of indoor tanning lotions may contain certain oils capable of assisting the users in absorbing ultraviolet rays. This quickens the tanning process by inducing the body to secrete melanin, the pigment that tans the skin. Regrettably, users should exercise caution when selecting these lotions as not all are safe to use.
If a user has to spend a certain amount of time exposed to sun rays, using indoor tanning lotions that have the ability to protect them from harmful ultraviolet rays is better than those that absorb them.
Ingredients capable of moisturizing the skin and those that tan it are examples of those that are used to manufacture indoor tanning lotions. In order to make the skin color change, a variety of chemicals are applied, which work by stimulating the body to make more amounts of melanin to facilitate the change of color skin. L-Tyrosine forms one of these chemicals.
Most of the times, melanin in its real form is included when manufacturing the lotions, especially when making indoor tanning lotions that are not supposed to cause tingles. DHA (Dihydroxyacetone) is sometimes added in the manufacture to help in getting an instant tan effect. Copper in various forms is also incorporated to ensure there is a bronzing effect.
Other types of ingredients are used to preserve the skin as well as to boost its capacity for retaining moisture. The ingredients vary from one type of lotion to the other, with some being manufactured using walnut oil, eat tree oil, as well as hempseed oil, with others applying cooling additives the likes of menthol.
It is generally safe to use lotion tingle as an accelerator for tanning, particularly when applied strictly according to instructions. The tingle is caused by the active ingredients that actually stimulate melanin production by the skin. Various indoor tanning lotions users react differently to the ingredients, but normally do not experience unpleasant effects.
The bottom line is that a user is not guaranteed that they will experience allergic reactions as a result of applying the indoor tanning lotions. It is thus recommended that a user performs a careful test of indoor tanning lotions on a small patch of the skin before applying it to other parts of the body.
The point of using indoor tanning lotions is to enable the user get a tanned skin without having to expose themselves to sun radiation. Most of such users however, do not know how the synthetic bronze in the skin is acquired by applying the lotions. The most commonly applied ingredient in manufacturing the indoor tanning lotions is Dihydroxyacetone (DHA) mentioned above. It is a simple color preservative that reacts with amino acids found in the skin surface to make the skin dark. However, should they prove harmful to the users skin, their use should be discontinued with immediate effect.
Some types of indoor tanning lotions may contain certain oils capable of assisting the users in absorbing ultraviolet rays. This quickens the tanning process by inducing the body to secrete melanin, the pigment that tans the skin. Regrettably, users should exercise caution when selecting these lotions as not all are safe to use.
If a user has to spend a certain amount of time exposed to sun rays, using indoor tanning lotions that have the ability to protect them from harmful ultraviolet rays is better than those that absorb them.
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