Razor Antimicrobial Coating Disinfectant 1 Gallon

Kills 99.9% of Bacteria, Controls Mold and Mildew
Cleans & Disinfects Surfaces While Eliminating Odors
Safe & Effective Proven Formula
Provides an Invisible Microbiostatic Coating
As Simple As 1-2-3

Out of stock
Razor Antimicrobial Coating is a cutting edge Residual Nano-Technology that protects surfaces from microbial growth and has undergone extensive laboratory efficacy testing with proven results. It has been proven to reduce the growth of microbe populations on surfaces by up to 99.99% and will continue to inhibit their return for months! Traditional disinfectants use a leaching or poisoning process and once dry they become ineffective. They are also able to leach into and harm the environment. Another benefit to a mechanical process is that the Antimicrobial Coating has been proven not to create “super-bugs” that build up resistance to treatments.
Disinfectants kill a multitude of harmful microbes. This formula is one of a kind Residual Antimicrobial Coating. Unlike harsh cleaners and disinfectants that leach to kill, the technology in Razor inhibits the growth of microbes through a mechanical process and is durable enough to last for months on surfaces! Fog application techniques provide complete coverage.
The Razor Antimicrobial Coating has also had positive results for almost a decade in many industries that include: Child care, Independent School Districts, Elite Military Divisions, Professional Sports Teams, Medical, Food Processing, Restaurants, Retirement Communities, Office Buildings and many more.
How It Works
Antimicrobial Coating prevents the growth of a wide array of bacteria, mold, mildew, algae, and yeast. The Antimicrobial Coating acts like a bed of microscopic spikes that pierce the cell walls of microbes offering a totally new approach to providing long lasting antimicrobial protection. The silane base at one end of the Antimicrobial Molecule creates a strong bond with the surface of the substrate, both porous and non-porous, forming a highly durable protective coating.
Please Note: This product does not protect users or others against food-borne or disease-causing bacteria.
Read about the Disinfectant Coating Antimicrobial Cleaner
Razor Antimicrobial Coating is a cutting edge Residual Nano-Technology that protects surfaces from microbial growth and has undergone extensive laboratory efficacy testing with proven results. It has been proven to reduce the growth of microbe populations on surfaces by up to 99.99% and will continue to inhibit their return for months! Traditional disinfectants use a leaching or poisoning process and once dry they become ineffective. They are also able to leach into and harm the environment. Another benefit to a mechanical process is that the Antimicrobial Coating has been proven not to create “super-bugs” that build up resistance to treatments.
Disinfectants kill a multitude of harmful microbes. This formula is one of a kind Residual Antimicrobial Coating. Unlike harsh cleaners and disinfectants that leach to kill, the technology in Razor inhibits the growth of microbes through a mechanical process and is durable enough to last for months on surfaces! Fog application techniques provide complete coverage.
The Razor Antimicrobial Coating has also had positive results for almost a decade in many industries that include: Child care, Independent School Districts, Elite Military Divisions, Professional Sports Teams, Medical, Food Processing, Restaurants, Retirement Communities, Office Buildings and many more.
How It Works
Antimicrobial Coating prevents the growth of a wide array of bacteria, mold, mildew, algae, and yeast. The Antimicrobial Coating acts like a bed of microscopic spikes that pierce the cell walls of microbes offering a totally new approach to providing long lasting antimicrobial protection. The silane base at one end of the Antimicrobial Molecule creates a strong bond with the surface of the substrate, both porous and non-porous, forming a highly durable protective coating.
Please Note: This product does not protect users or others against food-borne or disease-causing bacteria.
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