The content of Chemicals In Tattoo Inks

Tattoo ink is a dye that contains pigment. That's the shortest answer. But the type of dye and the main content we can not answer exactly one hundred percent because the company which manufactures inks and pigments are not enjoined and required to decompose it into the general public about the content of the ink products they produce, because the ink is not to consumption or medicine for humans .

Some tattoo inks are not technically an ink in general. Tattoo ink pigments are suspended in a special fluid (carrier solution). While the pigment itself is not all derived from plants, but also partly made of metal in the form of salts, and certain polymers. These pigments which will determine the color of the tattoo. The purpose of the solution pensuspensi or (carrier solution) than as a solvent pigment is also aimed as a pigment dissolved pendesinfektan on, leveling mixing, and ensure ease of application of their role.

Because the content of the ink in the form of tattoo ink pigment synthesis is doubtful safety in its use. Also of concern is important is the process of injecting the ink into the skin in doubt kehigenisannya. Therefore it is important to know the content of either type of tattoo ink pigment contained and the amount and type of solution pensuspensi, by looking at some of his data in the MSDS (Material Safety Data Sheet). However, not all of the MSDS will identify all the chemical reactions or risks that occur due to the interaction between skin and ink. But the MSDS will provide basic information about each component of the ink, and things to realize is the synthesis of pigments and inks are not recommended by the association of drugs and food in the world.

Chemical Characteristics of Pigments

Formerly pigment derived only from the upper mineral soil, black carbon, and synthesis of vegetation, but now has a lot of pigment synthesis industry are not only derived from plants, but also from the synthesis of polymers and metals in the form of salts. So it can be sure will give a very clear impact if used in humans, ranging from mild allergies, skin diseases, as well as phototoxic reactions (ie reactions that occur because of the light, especially sunlight. Where is the pigment reacts with the light and lead poisoning or damage on the skin and cells). pigment that reacts with the light usually turns into a shiny black and pigment types like this are usually very dangerous, although there are some who may be fairly safe, but more are to be radioactive and toxic.