What is the Relationship Between Nail Polish and Nitrocellulose?

As a Nitrocellulose Chips Manufacturer, share with you. Nail polish is a varnish used to decorate nails and toenails. Because nail polish must be strong, flexible and not easy to break and fall off, it contains a variety of chemicals. Below is the chemical composition of nail polish and the function of each component. Chemical constituents of nail polish Basic transparent nail polish can be made with nitrocellulose dissolved in butyl acetate or ethyl acetate. when the acetate solvent evaporates, the nitrocellulose forms a glossy film. However, most polishing agents contain large amounts of ingredients. Solvent category The solvent is a liquid used to mix other ingredients in nail polish to produce a uniform product. usually, the first component in nail polish is solvent. After the light, the solvent will evaporate. The amount and type of solvent determine the thickness of the polishing agent and the time required for drying. Examples of solvents include ethyl acetate, butyl acetate, and alcohol. Toluene, xylene, formalin or formaldehyde are toxic chemicals that were once common in nail polish but are rarely or only found at low concentrations. Film producer The film-forming agent is a chemical substance that forms a smooth surface on the nail polish coating. The most common film-forming agent is Nitrocellulose. Resin resin Resin makes the film adhere to the nail bed. Resin is a component that can increase the depth, gloss and hardness of the nail polish film. 

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An example of a polymer used as a resin in nail polish is a toluene sulfonamide-formaldehyde resin. Plasticizer Resins and film-forming agents can provide polishing strength and gloss, but they can produce brittle varnishes. plasticizers are chemicals that help to maintain polishing flexibility and reduce its rupture or fragmentation, which are achieved by connecting to polymer chains and increasing the distance between them. Camphor is a common plasticizer. Pig paint Pigments are chemicals that color nail polish. All kinds of chemicals can be used as nail polish pigments. Common pigments include iron oxide and other colorants, such as pigments that can be found in paints or varnishes. Pearl nail polish with flash or flash effect may contain pearlite minerals such as titanium dioxide or ground mica. Some glazing agents may contain some plastic flash or other additives that produce special effects. Other ingredients nail polish may contain thickeners such as potassium stearate lithium montmorillonite to prevent separation of other components and make it easy to use. some polishing agents contain UV filters, such as benzophenone-1, which help prevent discoloration when the polishing agents are exposed to sunlight or other forms of UV light. The most common film-forming agent is cellulose nitrate. Resin makes the film adhere to the nail bed. Resin is an ingredient that can increase the depth, luster and hardness of the nail polish film. an example of a polymer used as a resin in nail polish is a toluene sulfamide-formaldehyde resin. Plasticizer resins and film-forming agents can provide polishing strength and gloss, but they produce brittle varnishes. plasticizers are chemicals that help maintain polishing flexibility and reduce its rupture or fragmentation, which are achieved by connecting to polymer chains and increasing the distance between them. camphor is a common plasticizer. Pigments are chemicals that color nail polish. various chemicals can be used as nail polish pigments. Common pigments include iron oxide and other colorants, such as pigments that can be found in paints or varnishes.

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