Understanding Solvent Degreasers
The removal of grease, oil, wax and other surface impurities from workpieces is the procedure referred to as solvent degreasing. In most cases, degreasers use organic solvents (such as trichloroethylene and Kerosene).
Solvent degreasing is a process that is frequently used in the sectors that deal with metalworking, particularly in garages, and the automobile and other related industries. Engines and other mechanical components often become coated with grease. Solvent degreasing is the typical method used to clean these parts.
To a greater or lesser extent, the vast majority of degreasing solvents are dangerous to health; hence, some kind of control measures are required to minimise or remove the risk that the user is exposed to while using these solvents.
Benefits of Solvent Degreasers
Many industrial procedures, such as electroplating require that the base product be cleaned using a degreaser beforehand. This is because the collection of oil and filth on the surface prevents the metal plating from adhering to the ideal surface.
Six types of significant pollutants in industrial components are defined by the Society for Testing and Materials (STM). According to statistics, oil dispersant cleansers and degreasers are well-equipped to handle all six classes.
The anti-corrosive qualities of a solvent degreaser, which prevents the formation of rust, are another significant benefit. Furthermore, cleaning using these products is less toxic, resulting in safe disposal. Aside from that, industrial cleaners give the metal a high-intensity sheen.
Applying Solvent Degreasers
Put on appropriate protective clothing, including protection for your eyes and face. Wrapping various pieces of electrical equipment, such as the distributor and the coil, etc., in plastic will help protect them.
Apply the solvent degreaser straight from the container it comes in. Apply it to the area that needs to be cleaned using a brush or a spray bottle. Before rinsing with water, give the degreaser ten to fifteen minutes to work into the greasy, oily, and dirty deposits, or work the product into the deposit yourself.
The degreaser will then generate an emulsion that breaks apart quickly and transports the grease, oil, and grime away from the surface. In locations where an accumulation of old grease has taken place, a second degreaser application may be required.
What to Look for When Choosing a Degreaser?
There are a variety of alternatives and trade-offs to consider, just as there are with any other product. While it’s tempting to go for the cheapest option, a few additional considerations can have a significant influence on performance and safety. These considerations are dielectric strength, flammability, and plastic and rubber compatibility.