In response to current health and safety regulations, KniTec is partnering with companies dedicated to providing tools that make our hotels, hospitals, schools, and communities safer.

Cordless Electrostatic Sprayers are becoming the new standard in public space sanitization, especially in schools, airlines, hotels, and other high-traffic areas. Their popularity is for good reason: Electrostatic Sprayers are easy to use, allow you to cover large areas quickly, and potentially are more effective than bleach wipes or power washing.
How do they work?
Electrostatic Sprayers apply a positive charge to the disinfectant solution as it travels through the nozzle. As most objects in our environment are negatively charged, the positively charged chemical attaches to surfaces. The charge not only helps the solution land on the surface, but also helps it to evenly spread out and wrap around the back of the object for total disinfection.
KniTec has partnered with Victory Innovations – the leader in Electrostatic Sprayers – to bring you two sprayer models.
Victory Innovations Professional Cordless Electrostatic Backpack Sprayer from KniTec is designed to allow the professional to cover up to 23,000 square feet on a single tank of fluid (coverage per tank is determined by internal testing using flow rate and particle size). In addition, it is designed to save time and labor, spray less liquid, and cover more surfaces. The sprayers’ patented technology provides an electrical charge to solutions, allowing them to wrap conductive surfaces with an effective and even coverage. Double-charged particles envelope all conductive surfaces – shadowed, vertical and underneath.
Victory Innovations Professional Cordless Electrostatic Sprayer allows the user hours of spraying time without the hassle of dragging a cord. In addition, it is designed to save time and labor, spray less liquid, and cover more surfaces. Victory Sprayers’ patented technology provides an electrical charge to solutions, allowing them to wrap conductive surfaces with an effective and even coverage. Double-charged particles envelope all conductive surfaces – shadowed, vertical and underneath.