In this work, the production of a more efficient and environmentally friendly emulsion to protect the automotive paint booth, robots and other equipment was developed to prevent the effect of “overspray”. The use of an innovative coating technology is intended to increase the service life of paint coatings on equipment/metal surfaces by ensuring resistance to corrosion, wear and cracking. In addition, no hazardous solvents need to be used for cleaning work. The use of long-chain acrylate monomers instead of fluorate monomers can make the process more environmentally friendly. Emulsions based on water, styrene and acrylates and methacrylates were prepared using acrylic acid as an auxiliary and ammonium persulphate as an initiator at 80ºC for 6 hours with mechanical stirring. Various emulsifiers were tested. A solids content of approx. 41-49% was achieved. The emulsion was also characterized in terms of particle size, contact angle, thermal properties and film formation. Stable emulsions with a particle size within the expected values and contact angles around 110º were obtained. Overall, the emulsion was prepared in a simple and fast process and showed promising results.