FUZE IS SAFE FOR PEOPLE AND THE PLANET

FUZE is the most environmentally sustainable textile treatment technology available.  With FUZE, you don’t have to choose between the environment and fabric benefits that improve your life like odor control, cooling, hyper-evaporation, or UV/UVB protection. Love them both, with FUZE.

WHY USE FUZE?

FUZE is a permanent, chemical-free technology that can be applied to any surface or textile to prevent and protect against odor causing bacteria and mold. Dedicated to sustainability, only a small amount of FUZE is applied during a light misting process at either the factory or the consumer level, causing no harmful effects to you or the environment.

SAFE

FUZE does not use any surfactants or chemicals as binders. FUZE precisely targets only the odor-causing bacteria and fungus that comes in contact with the treated surface. There are no harmful effects to mankind or the environment.

SUSTAINABLE

FUZE is applied with a very light misting process that uses a very small amount of water and solution. No water is wasted or dumped downstream after the process. FUZE enhanced garments can be worn more and washed less!

PERMANENT

FUZE has been proven to maintain efficacy for over 100 washes and for greater than 8 months on surfaces!

HOW FUZE WORKS

 

 

 

FUZE is applied as a light, water-based mist and permanently adheres to any material, product, or surface.

 

 

 

Toxic disease carrying bacteria will move up to 3 centimeters within 24 hours as it searches for food. On their search for food, they will come in contact with FUZE particles that will pierce their membrane shells and kill them.


WHAT DOES THIS MEAN?

FUZE is the perfect solution for preventing and killing odor-causing and harmful pathogens.

 

 


MOLD & FUNGI


Toxic Molds
Mildew


BACTERIA


Salmonella
E. Coli
L. Monocytogenes
Odor causing bacteria
MRSA
Methicillin Resistant MRSA

 

 

ADDITIONAL BENEFITS

ODOR CONTROL

HYPER EVAPORATION

 

UVA / UVB PROTECTION

 

COOLING

 

 

FUZE APPLICATIONS

TEXTILES

 

 

SURFACES