Environmental impact of pharmaceuticals and personal care products the environment. Nail polish remover has the ability to enter bodies of water and soil after entering landfills or by precipitation, such as rain or snow. However, due to acetone's high volatility, most of it that enters the bodies of water and soil will evaporate again and re-enter the atmosphere. Not all of the acetone molecules will evaporate again, and so, when acetone remains in the bodies of water or soil, a reaction will occur. Nail polish remover evaporates easily because acetone's intermolecular forces are weak. An acetone molecule can't attract other acetone molecules easily because its hydrogens are not
Cosmetology polish, and rocket fuel. Due to its flexibility and film forming properties, making it an ideal ingredient in cosmetics and cosmetology products. DBP is mainly used in nail products as a solvent for dyes and as a plasticizer that prevents nail polishes from becoming brittle, but is also used in hair sprays, to help avoid stiffness by allowing them to form a flexible film on the hair. When a nail polish is applied, it dries to the nail as some of the other chemicals volatilize and DBP remains on the nail, making the polish less brittle and apt to crack.