Everything that you need to know about electrostatic spraying

1. Everything that you need to know about electrostatic spraying

2. Index • What is electrostatic spraying? • Benefits of Disinfection by Electrostatic Spray • How Electrostatic Spraying Disinfection Works? • Where Electrostatic Spraying Is Beneficial

3. What is electrostatic spraying? • Electrostatic spraying is a form of spraying a cleaner, coating, disinfectant, or other substance that requires adding an electrical charge to a substance to cover a surface completely. • a more effective disinfecting method with many benefits. • Compared to traditional sprayers and other coating methods, electrostatic spraying has many benefits. • Compared to other approaches, the electrostatic charge applied mainly gives a more even and full coat. • If your building contains rooms or areas filled with grime and germs, then the best cleaning method is electrostatic spray cleaning.

4. TESS® Electrostatic Spray System

5. Benefits of Disinfection by Electrostatic Spray • More controlled and effective use of chemicals when eliminating germs and reducing the spread of viruses • Prevents expensive financial costs from infectious medical infections • Reduces by 50 percent how long it takes to clean all surfaces with traditional disinfecting techniques • To fully coat and disinfect surfaces, disperse very fine particles

6. How Electrostatic Spraying Disinfection Works? • Electrostatic spraying can disinfect surfaces rapidly and efficiently and reduce the spread of viruses. • The method of electrostatic spraying is a method of applying a disinfectant and is generally not combined with a method of removing soil from a surface. • Any surfaces assumed in the past to be soiled should be washed down and/or pre-cleaned. • When spraying the positively charged paint onto a negatively charged (grounded) surface, the particles of pain are drawn to the surface strongly and naturally.

7. Because the whole surface is negatively charged, the paint would cover the whole surface, contributing to uniform coverage. • In order to coat surfaces, the electrostatic spraying process disperses very tiny and atomized particles into the air. The transfer efficiency of the liquid particles onto a surface is very high when performed correctly. • When the paint particles cover the surface to a certain thickness, the airborne particles that remain become too far from the surface to be attracted by the negative charge. • The residual paint does not adhere, allowing the entire surface to have an even coat.

8. In order to coat surfaces, the electrostatic spraying process disperses very tiny and atomized particles into the air. The transfer efficiency of the liquid particles onto a surface is very high when performed correctly. • This suggests that little or no airborne mists exist. As a best practise, along with eye and hand safety, you can wear a regular mist / dust mask during the application.

9. Where Electrostatic Spraying Is Beneficial • 1.Health-care: Patient Room Washing Terminal • 2.Education: classrooms, facilities for health, showers, wrestling mats, taxis, and lunchrooms. • 3.Food Service: Surface and machinery sanitising. • 4.Odor Counteraction: Use of bio enzymatic cleaners in bathrooms and other enclosed spaces for odour counteraction.

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