Abstract

Finish removers play an important role in the recycling of durable goods. Finishes are removed from antiques in the process of restoration. Original equipment manufacturers remove coatings from rejected parts. Lead-based paints are removed for the safety of those living in lead exposure environments. Finishes are removed from woods, metals, and plastics. No single type of remover can be effective in all of the 107 different applications in which removers are used. Finish removers include a major active component. The formulator can also choose from cosolvents, diluents, evaporation retardants, emulsifiers, activators, thickeners, and corrosion inhibitors to make the remover best suited for any application. Considerations important when selecting a finish remover include how well it works, how quickly it works, and the cost per amount of work done. It is also important to consider the safety of the person using the remover and the impact the finish removal process will have on the environment. Manufacturing is best done in closed kettles for the protection of the worker and the environment.