Manufacturer / Exporter / Supplier Of Intrinsically Conductive Polymer Powder, THERMIONYX NONWOVEN WARMING FABRIC, THERMIONYX WOVEN WARMING FABRIC, BEDSIDE WARMER blanket, NTEX NON-STRETCHY SENSOR
Year of Establishment
1989
Primary Business
Supplier
Number of Employees
1-9
Eeonyx’s warming blankets delivers better outcomes for patients in surgery. Operating rooms used to be cold for the comfort of medical staffs wearing many layers. Patients became chilled, especially once anaesthetized. This caused complications. When a patient’s temperature falls 2° F the risk of infections and heart problems triples. Bleeding increases. The risk of pressure ulcers rises. Recovery time and hospital stays are longer. These risks can be fatal. Recognizing the problem, Dr. Scott Augustine turned to Eeonyx to help invent an improved patient warming technology. Eeonyx delivered a smart fabric coated for resistive heating. When electricity is conducted through the fabric it is converted to heat without the hot spots of Old School electric blankets. Since there is no heavy gauge wire to bend or break, the fabric heater is safer, lighter and more comfortable. The new heating blanket safely and silently heats the patient. It reduces infections in joint implant procedures by 74%. It is more than three times as efficient at transferring heat to the patient, reaching the desired temperature in less than three minutes. Because it’s a fabric, it can be sized in many forms to heat the patient from above or below over large or small areas. The new heater is more economical. Uses less than 16th the energy of forced air warming. Lowers capital costs more than 50%. Is reusable and recyclable. If forced air warming were replaced, 12 million pounds of single use, disposable forced air waste materials would be eliminated. At $2.89 per patient, Dr. Augustine’s next generation patient warming system is saving lives and money. For more information, see: www.augustinebiomedical.com
EEONOMER 200F Intrinsically Conductive Polymer Powder Eeonomers are a new class of thermally stable, pH neutral and electrically conductive composites made by in situ deposition of polyaniline or polypyrrole on carbon black. Eeonomers are more stable (up to 300 C) than doped intrinsically conductive polymers and more easily processed with thermoplastics than carbon black. Applications static dissipative and antistatic composites coatings elastomers adhesives Processibility higher loading greater resin compatibility more dispersible less filled parts re-work less sloughing Conductivity higher conductivity at same loading level conductivity control better yields
THERMIONYX NONWOVEN WARMING FABRIC Polyester & Nylon blend Resistive heating fabrics safely deliver comfortable conductive and radiant heating at low voltage through thin, lightweight and flexible fabric. Unlike conventional resistive wire heaters, the whole surface of the fabric is conductive, providing more uniform and foolproof heating without the discomfort, weight and hazards of wires. It functions even if punctured.
THERMIONYX WOVEN WARMING FABRIC Twill Resistive heating fabrics safely deliver comfortable conductive and radiant heating at low voltage through thin, lightweight and flexible fabric. Unlike conventional resistive wire heaters, the whole surface of the fabric is conductive, providing more uniform and foolproof heating without the discomfort, weight and hazards of wires. It functions even if punctured. Thermionyx twill is a woven polyester fabric coated with a conductive polymer formulation.
NTEX NON-STRETCHY SENSOR NW170-SLPA Conductive nonwoven fabric piezo-resistive sensors map and measure pressure, bend, angle, stretch and torsion. Pressure sensors replace buttons, slides and dials on this MIDI controller by Keith McMillen Instruments
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