OUR STORY
Since our inception in 2008, we have been working to build a platform of performance technologies created by innovators and thought-leaders to help solve today's hardest challenges in the healthcare sector as well as help leading performance brands provide their customers with textile technologies treated products that drive brand loyalty. These technologies range from powerful and eco-friendly anti-odour properties, supercharged moisture-wicking technologies, PFA free eco-friendly water repellents, UV protection and therapeutic technologies that work with the human body to facilitate skin healing and muscle relaxation.
With the help of our highly skilled worldwide team, we develop and implement a wide range of innovative textile and hard surface technology solutions working with today's most sought after consumer and speciality brands. Our technologies have helped globally respected companies launch products that have sold out within hours of launch.
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Intelligent Fabric Technologies is a division of iFabric Corp. Learn more at www.iFabricCorp.com.
COVID-19 RESPONSE
In light of the current worldwide hit pandemic, IFNTA has developed the world's first Coronavirus SARs CoV destroying textile and hard surface technology PROTX2®AV. This technology has been 3rd party tested at an internationally recognized independent laboratory to establish its ability to deactivate the virus at time points of 10 minutes, 1 hour, 6 hours, and 24 hours. The laboratory reported that the treated fabrics demonstrated a greater than 99.9% reduction in active viral loads on the tested fabrics at each of the four time points. This represents a more than 1,000-fold reduction in active viral load when compared to untreated fabric. Learn more about PROTX2®AV here.
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BRAND VISION
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IFTNA is built on the promise to innovate, develop and implement technologies that create
"Products That Care".
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BRAND MISSION
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IFTNA pioneers in performance and sustainable textile and
hard surface technologies to empower everyone to reach and
exceed peak potential and performance.