Everything that you need to know about electrostatic spraying

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Everything that you need to know about
electrostatic spraying
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Index

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

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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.

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TESS Electrostatic Spray System
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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

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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.

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• 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.

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• 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.

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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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