HyperTx™

Advanced Fabric Technology for Unparalleled Performance

Technology

HyperTx™ is a patented, polymer formulation that can be applied to a variety of fabric types to turn it into a "Smart" fabric with powerful new properties including: dynamic temperature regulation, moisture control, anti-microbial properties, odor resistance, and abrasion, color, and durability improvements.

Phase Change

The HyperTx™ polymer looks like a helix, it coils and uncoils and acts like a thermal spring. Fabrics incorporating HyperTx™ phase-change molecules help keep the wearer at a steady temperature. The polymer changes from a solid to a liquid when heated and then slowly releases that heat and changes back into a solid when cooled, like water changing from ice to water to ice. HyperTx™ treated fabric can be formulated to maintain a range of temperatures, kicking into action when conditions get too hot or cold.

Moisture Control

HyperTx™ utilizes Polyethylene glycol (PEG) which has a lot of hydrogen and oxygen, so it's hydrophilic, or water loving. When the PEG molecule's thermal spring encounters damp heat-perspiration, for example, it uncoils, drawing water away from the skin. If a cool breeze comes up and a wearer stops perspiring, the spring reacts and coils, releasing heat.

Antimicrobial

The HyperTx™ formulation is nontoxic and eliminates odor-causing microbes. Extensive laboratory testing has shown that various harmful micro-organisms cannot survive on fabrics treated with the HyperTx™ polymer. This microbe inhibiting feature is due to a variety of factors, including the water-loving molecules which make the surface so dry that bacteria cannot survive (desiccation), and a surfactant effect by which the HyperTx™ molecules alter the fabric fibers so that bacteria cannot attach themselves.

Applications

The application of HyperTx™ is not limited to a specific fiber type or blend, and can be applied to both knit and non-woven textiles. Natural fibers, such as cotton and rayon have a natural affinity for the technology. Synthetic fibers such as nylon, polyester or acrylics can also be effectively treated with the formulation, as well as a range of cellulose/synthetic blends.

Consumer

  • Sportswear
  • Footwear and Socks
  • Undergarments
  • Insulating Layers

Healthcare

  • Patient and Staff Apparel
  • Surgical Drapes and Dividers
  • Bandages and Sanitary Products
  • Ultra-thin Incontinence Options

Industrial/Other

  • Military and Fire
  • Aeronautics and Space
  • Seating and Upholstery
  • Air Filtration Products

Research

Numerous research papers and controlled tests have been undertaken to measure and validate the enhanced properties of fabrics incorporating HyperTx™. Please click on a topic below to view further details.

Media

Media and Trade Publications Featuring HyperTx™

"Wonder Wear." Discover Magazine Jan. 2000: 46-48.

“Fabrics are being coached, molecule by molecule, to engage with their environment, to get in the ring with odor, bacteria, heat, cold, and dirt.”

“Those spring-like polyethylene glycol molecules will be a boon for the medical industry as well. For reasons not totally understood, microorganisms cannot survive on fabrics treated with [the HyperTx™ Technology].”

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"Antimicrobial Activity of Fabrics Containing Crosslinked Polyethylene Glycols." Textile Chemist and Colorist & American Dyestuff Reporter Sept. 1999: 42-45.

"Several improved properties (including antimicrobial activity against representative bacteria and fungi) of the HyperTx™ treated fabrics indicate excellent performance for potential health care and consumer uses."