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An Introduction To..

Safeguarding your spaces!

  • BIOX is a self-cleaning, light-activated nano titanium dioxide coating that breaks down organic material through oxidation. This nano particle technology enables a lasting cleansing and protective effect and prevents biological material build up.
  • Application surfaces: metal, glass, plastic, lumber, and fabric

BIOX Characteristics:

  • Self-cleaning
  • Air-Purifying
  • Improves Cleanliness
  • Long-lasting effects
Light-Activated Reaction

•The photocatalytic oxidation function of BIOX uses a very minimal amount of natural or visible light to oxidate organic matter that may be present

Self-cleaning Coating

•Hydrophilic characteristic •Very active free radicals constantly being produced by chemical reaction •Nano particles that promotes greater surface area and larger number of particles available for the chemical reaction to occur

BIOX  Activities

Light Activated Reaction



Bacterial log reduction tests

StrainMethodVerificationReduction Efficiency
Salmonella TyphimuriumISO 20743:2013Third party testing and verification, inoculated, specific to ISO99.999%
Escherichia ColiJIS L 1902:2008Third party testing and verification99.9999%
Legionella PneumophilaJIS L 1902:2008Third party testing and verification99.999%
Listeria monocytogenesJIS L 1902:2008Third party testing and verification99.999%

BIOX In Action

  • BIOX uses an ATP luminometer to test the relative biological activity on surfaces before and after application.
  • This testing is used in food, brewing, agriculture and cleaning to determine if a product or surface is free of biology.
  • ATP is fuel storage for all biology. The luminometer measures the concentration of the ATP in relative light units (RLU). Surfaces below 10 RLU are considered free of biology, surfaces under 100 RLU are considered disinfected

Test on ceramic tile

  • Half of a new ceramic tile was treated with BIOX protective coating, the remaining half was uncoated.
  • The tile was tested for visual indication of photocatalytic oxidation. Red food dye was added to each side of the tile. On the untreated side the color did not fade, and on the treated side almost completely faded, showing the process in action.
  • The tile was left in a common gathering area uncovered, with artificial light. After 1 day, each side of the tile was tested with the Hygiena ATP meter. The results were 482 RLU for the untreated and 119 RLU for the treated.

Case Study: High School

  • 250 Student
  • 20 Classrooms
  • All door handles
  • All high traffic contact surfaces
  • Workout facility
  • Teacher’s lounge
  • Application time: 2 days
  • Cost: $4,500.00
  • Duration: 4,000 hours surface protection

A member of the International Sanitary Supply Association – Canada