Noble Biomaterials’ CIRCUITEX™ technology facilitates the integration of electronics into wearable garments and accessories in a manner that is virtually undetectable to the person wearing the garment.
Wearable technology is an emerging market segment that is expected to grow rapidly as the adoption of bio-sensing devices continues to expand into more and more areas of everyday life. As of 2014, 20% of American adults already owned a wearable device while 53% of Millennials (people aged 18-34) say they are excited about wearable technology. Simultaneously 80% of consumers list living healthier as an important benefit of wearable techi.
As applied to wearable technology products, CIRCUITEX™ enables signal sensing and transmission to external processing devices, further empowering “The Internet of Things” by connecting wearable technologies to larger technical infrastructure.
Noble Biomaterials is currently partnering with the largest names in apparel and technology to explore and develop wearable technology applications that will rely on CIRCUITEX™ as a key enabling advanced material.
Noble Biomaterials markets its CIRCUITEX™ products to manufacturers in the automotive, aerospace, military, and electronics industries for use in specific applications where EMI shielding and static dissipation is desired.
CIRCUITEX™ fabric is highly effective at conducting electricity, dissipating static and providing EMI shielding in applications where data transmission networks and electronics require protection from interference or interception. Lightweight, flexible, and easy to install, CIRCUITEX™ is engineered to perform to the exacting specifications required by today’s most demanding applications.
CIRCUITEX™ is licensed by some of the most recognized companies in the world, including Lockheed Martin, Schlegel, Boeing, and Parker Chomerics.
Noble Biomaterials also markets its CIRCUITEX™ products to manufacturers in the automotive, aerospace, military, and electronics industries for use in specific applications to provide EMI shielding and static dissipation to a variety of end use products.