Security Floor® Treatment
Advanced Granular Floor Treatment
Security Floor Treatment is a patented product is the first granular floor treatment and entryway control product that combines alkalinity and multiple oxidizing compounds for superior performance. When activated, this product generates hydrogen peroxide and oxygen. According to the “Independent Test” link below, the product does not need water to activate. Security Floor Treatment’s alkalinity and accelerants greatly increase chemical activity and oxygen-release rate. Surfactants ensure that this product will penetrate into all cracks, crevices, and porous surfaces where conventional floor treatments do not touch.
Security Floor Treatment is the only product that is effective when dry and can work on shoes and wheels that cross over the product on the floor.
Penetrate into all cracks, crevices, and porous surfaces where conventional floor treatments do not touch.
How To Clean Floors, Drains, and Entryways.
Security Floor Treatment contains two activators to enhance oxidation rate, stability, and performance.
This product can be used to clean floors, drains, and any other non-food contact surfaces.
Directions for Use:
- Apply undiluted product to floors and other non-metallic surfaces
- Drain treatment: Apply to drain covers and entire perimeter or drain
- Floor treatment: Apply 2 to 4 oz per square yard (68 to 135 g per square meter)
- Entryway treatment: Apply 1/16 to 1/8 in (1.6 to 3.2 mm) thick in entryway or on mat
- Rinse product to drain after use in accordance with regulations
OMRI Registered Floor Treatment
Security Floor Treatment is now registered with Organic Materials Review Institute (OMRI) as a processing sanitizer and cleaner. It may now be used in certified organic production or food processing and handling.
All significant components in this product are biodegradable. A biodegradability statement is available upon request.
This product does not contain any nonylphenol ethoxylates (NPEs) or phosphates and is better for the environment and faces less regulatory restrictions and environmental implications than NPE or phosphate-containing products.