Disinfection Services
Sanitizing of high-touch/ high-use areas is vital to minimizing the community spread of viruses and a crucial addition to the “new normal”
Curb Appeal uses ULV cold foggers to apply a room temp vapor composed of both a disinfecting agent and a microbiostatic surface protectant. It does no good to disinfect a surface without protecting it. With innovative technology and our Best Practices Commitment, you can be assured we will improve the way your public areas are protected.
3 Solutions in 1
1
EPA Hospital-Grade Disinfectant
Kills numerous bacteria and viruses including 99.999% of those causing MRSA, Staph, E. coli, Hepatitis A, B, & C
2
Mold & Mildew Killer
Kills and prevents spores with residual effects lasting up to 3 months residual effects.
3
Anti-Microbial Control
Provides antibacterial, antiviral, anti-fungal and anti-algal protection and a broad-spectrum antimicrobial sanitizer, continuing to eliminate pathogens for up to 90 days, dependent on the levels of friction.
Playgrounds
Movie Theaters
Shopping Carts
Schools
Sports Complexes
Mailbox Hubs
Entry Keypads
Fleet/Rental Vehicles
First Responder Vehicles
and many other
community use
surfaces.



El Jefe says:
The active ingredient in the antimicrobial, 3-Trimethoxy silyl propyl dimethyl octadecyl Ammonium Chloride, eliminates microbes using lysis, (a "mechanical kill" through disruption of the cellular membrane). Molecules then form a microscopic bed of molecular spikes which are long pointed chains of atoms that continue to pierce the cell walls of the microbes causing the elimination of pathogens.
Once the Antibacterial is activated in the environment it forms an invisible, durable antimicrobial film, which bonds to the surface.
The antimicrobial is a water-soluble monomer (converts on application and dries to an insoluble surface film). The saline proportion of the molecule enables it to attach and it becomes part of the surface. This provides the long lasting durability, as the active ingredient is not washed off and de-activated by pathogens