The Importance of Polymer and Color Chemistry in the Industry

The Importance of Polymer and Color Chemistry in the IndustryNowadays, polymer and color chemistry is a topic that is on everyone's mind. The importance of polymer and color chemistry cannot be overstated. This industry needs to be well equipped with all the latest technological tools and techniques to increase the performance of fiber optic projects. This article looks at the different types of polymer and color chemistry and the methods by which they can be utilized to increase the performance of fiber optic projects.Color - color chemistry can be defined as the processing of solid substances in order to alter their color. As an example, latex is a solid material that can be converted into liquid or solid. Light can be changed by way of a substance called fluorescein or it can be reduced by way of resorcinol. The results are light colors such as red, blue and green that give off a white light glow.Polymer - polymer is basically any solid substance that has an adhesive that bonds to another substance. This is essentially used to form a liquid or solid film. For example, liquid latex is a polymer that has a sticky substance that allows it to be dissolved in a liquid. For a fiber-optic project, the adhesive can be changed to allow for increased projection power.Another type of polymer is called a 'molecule.' Molecules are groups of atoms that are united together. Thus, a molecule would consist of one or more atoms. The compound can also be called a polyether. This is a polymeric material that will allow for an increase in the yield of an optic cable, sensor or component.Polyester - Polyester is a type of polymer. A polymer is typically a solid polymer. It usually has a long molecular chain, and it is commonly associated with molecules that include aliphatic alkenes and amine alkenes. The polyester provides protection to the textile and provides the strength to the fiber optic component. The layer can be painted onto the surface, or it can be extruded out.Polymer ization - Polymerization can be defined as the changing of a solid substance into a liquid. The method of polymerization can be of two types. This can be accomplished through heat or chemical processes. However, heat polymerization will require heat to convert the substance, whereas chemical polymerization will have a chemical solvent in which the solid can be converted.Fiber-optic - Polymer and color chemistry are equally important to the fiber optic industry. These two disciplines provide three different techniques to create optical components. They are the adhesive, the chemical and the extrusion.