Across the globe, manufacturing industries rely on different compounds and components to create the products that the public needs, and two of the compounds that have a high demand are fluorinated polymers and fluorinated resins. As an average consumer, you may not know a lot about these compounds or why they are valuable. However, there is a truly high demand for both of these compounds across an array of different manufacturing industries because processes need the qualities of each. Take a look at some of what you should know about fluorinated polymers and resins. 

What is a fluorinated polymer?

A fluorinated polymer is described as a fluorocarbon-based polymer with multiple levels of added carbon-fluorine bonds. This material is highly valued in the manufacturing industry because it has a strong resilience to heat, water, and solvents. For instance, fluorinated polymers, which is usually shortened to fluoropolymers, are commonly used as an additive to paints, so they are resilient to things like acid etching and graffiti. Business owners may use a fluoropolymer-based paint to cover the exterior of their building so if someone adds graffiti, the graffiti simply will not adhere to the paint and it is easier to wipe away.  

What is a fluorinated resin?

A fluorinated resin is a more fluid compound that has a lower melting point, which means it is far more moldable than fluorinated polymers. In applications where fluorinated polymers can't be used because more flexibility is desired, resins are the more logical choice. In some applications, a combination of both polymers and resins are used to achieve some of the desirable attributes of both. A good example of fluorinated polymers and resins working together is in the manufacturing of nonstick cookware. A coating that is moldable but has a high resilience to heat is generated, which requires both resins and polymers to achieve. 

How are fluorinated polymers and resins used?

Fluorinated resins, polymers, and other chemical compounds that are similar or derived from these two compounds are used across an array of different manufacturing industries. Because the fluorinated compounds are so resilient to solvents, moisture, and even heat, they are used in the production of things like nonstick cookware, anti-graffiti coatings, and waterproofing paints. An average consumer will have multiple products in their home that have been treated in some fashion with fluorinated compounds. Business owners heavily rely on fluorinated resins and polymers for their products.