PROTX2® is a powerful breakthrough eco-friendly zinc based technology that provides antibacterial, antimicrobial, anti-mold, anti-mildew and anti-odour protection. When treated, each fibre is fundamentally transformed through PROTX2®’s technology providing proprietary unrivalled protection that breaks the chain of healthcare-associated infections and the toughest odours for medical and performance textiles.
TO MEET MULTIPLE INDUSTRY NEEDS,
PROTX2® IN DIFFERENT DOSAGES
CAN BE USED IN TWO DISTINCT WAYS
MEDICAL, HOSPITALITY & FOOD SERVICE
antimicrobial, antibacterial, and anti-odour
PROTX2® provides a protocol-free, inherent solution to decrease bacterial loads on soft and hard surfaces, reducing the chance of transference to humans or other surfaces.
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Tested against the following pathogens: MRSA, Staph, C-Diff,
VRE, and E. Coli.
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A simple & cost effective solution added during manufacturing
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Durable for the life of the product
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Safe and effective for the user and the environment
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Currently registered by the US EPA, UK BPR, European
ECHA/REACH, Taiwan EPA, China GB Standard, Japan SEK,
Oeko-TEX and ZDHC
DRIVE SUSTAINABLE GARMENT CARE HABITS
REDUCE GARMENT CARBON FOOTPRINT
STAY FRESH. LAUNDER LESS. Globally consumers are becoming more aware and concerned about the maintenance and end-of-life care of garments. Caring for garments in a better way ensures more wear, less product degradation and waste. PROTX2®’s innovative zinc technology provides a unique and targeted triple action approach to eliminate odour-causing bacteria at the source. This means consumers can wear garments treated with PROTX2® for longer periods without the excessive need of regular laundering. Laundering less means less colour fading, less chance of misshapen fibres and product degradation as well as provides consumers with an easily attainable solution to the ever growing need and trend of sustainable fashion.
PROTX2® is extremely durable and does not contain
nanosilver particles that leach out of textiles during
the manufacturing and the laundering process. Nanosilver particles can create a continuous toxic environment for aquatic life, city drinking water, wastewater treatment plants and fertilizers generated from wastewater plants that can then enter our food chain system. Zinc is a naturally occurring element that is safe for the environment and when ingested by humans.
COST EFFECTIVE SUSTAINABILITY
PROTX2®’s cost effective solution maximizes the lifetime, performance and characteristics of any garment with its odour-eliminating technology dramatically decreasing its environmental impact.
REUSE
Wear it to workout in the morning and wear the same outfit the rest of your day or even the week! No stink! PROTX2® keeps you fresh, wear after wear no matter how hard your body works.
REDUCE
the amount of clothing being washed that aren’t dirty enough due to poor age old laundering habits. Lessening the need to wash creates a more sustainable experience and product!
REGAIN
PROTX2®’s technology helps drive and encourage change helping consumers regain confidence in their ability to contribute to the future of our planet.
HOW IT
WORKS
fast acting triple attack
against odour-causing bacteria
stops odour where it starts
STOP THE SPREAD AND
BREAK THE CYCLE WITH PROTX2®
stops regeneration
of odour-causing
bacteria
binds and
starves odour-
causing bacteria
halts odour-
causing cell wall development
*Antimicrobial, antibacterial and anti-viral properties are built in to protect the product. Product does not protect users or others against bacteria, viruses, germs or other disease organisms. Always clean the product thoroughly after each use.
IFTNA® products are distributed and sold worldwide. All copy and data found on our website serves exclusively as a general source of information. Due to worldwide regulatory differences, not all information found on our website can be applied and are valid in all countries or regions. Please use our contact information to connect directly with IFTNA® to develop the correct claims and marketing materials for specific countries and regions.