Disinfect + Protect

Cleaning:

This involves simply removing evidence of visible dirt from the surface. Oftentimes, it doesn’t eliminate the presence of germs.

Santizing:

This can reduce the level of bacteria on most hospital surfaces to minimize the likelihood of the spread of infection. In many cases, sanitizing the area may not completely kill all viruses.

Disinfecting:

This will eliminate pathogens and disease-causing microorganisms. Hospital-grade disinfectants should be used to destroy infections within your facility.

Delcom Group is experienced in new construction AV integration.

Delcom Group uses the Electrostatic Application System to apply disinfectant to a target surface area using the electrostatic force of attraction called Coulomb’s Law. Applying disinfectants using an electrostatic sprayer is more efficient and effective than spray-and-wipe. For most disinfectants to work, a targeted surface must be completely coated and remain wet for up to 10 minutes. Plus, all targeted surfaces need to be disinfected correctly – not just “high-touch” areas. Spray-and-wipe is hit-and-miss, leaving whole areas not disinfected. With electrostatic disinfection, every surface can be coated, with better outcomes. By using this electrostatic application system technology, Delcom Group professionals can reduce or eliminate viruses and bacteria more efficiently from your district owned technology equipment and create a healthier environment for your students and district employees.

Delcom Group applies an mPale antimicrobial shield, which is a protective coating that forms an impenetrable, interlocking network of microscopic spikes and blankets treated devices with an invisible bio-barrier that attracts and kills microbes.

You can’t see it. You can’t feel it. But it continues to kill the coronavirus at the nano level on your district technology devices for at least 30 days after application. This antimicrobial shield is non-toxic and an environmentally-safe, long-term protection.  By permanently altering the surface to which it is applied – a change imperceptible to human touch – the bound mPale technology imparts a durable barrier against microbial attack. mPale works to reduce the risk of bacterial, viral and fungal cross contamination on treated surfaces without the use of poisons by creating a positively charged layer on surfaces.

The layer acts like an electrically charged sword that punctures and then destroys the virus particles and mPale will continue to kill the coronavirus virus on surfaces for a minimum of 30 days after our application. Your districts technology equipment will remain physically protected for as long as the surface remains intact.