Applications
The Innlay™ embedding technology platform is far-reaching.
Innova’s current focus for transparent conducting electrodes (TCE) applications and commercial adoptions are film-based touch sensor products. The Innlay™ TCE platform can also be applied to other sensor structures spanning glass substrates, OGS and OPS (one glass- or plastic- solutions), and sensors integrated onto other optical components (mid-cell, on-cell and in-cell).
Innlay™ TCE technology can also be applied to a broad spectrum of optical devices that represent huge opportunities. These span displays, solid state lighting (OLEDs), thin film photovoltaic solar cells and smart windows.
Particle choices do not stop with electrically conductive silver nanowires and antimicrobial agents nor do the potential applications. The spectrum of applications spans catalysts, decorations, optical or mechanical surface enhancements, thermal management and beyond.
The Innlay™ embedding technology platform is far-reaching.
Innova’s current focus for transparent conducting electrodes (TCE) applications and commercial adoptions are film-based touch sensor products. The Innlay™ TCE platform can also be applied to other sensor structures spanning glass substrates, OGS and OPS (one glass- or plastic- solutions), and sensors integrated onto other optical components (mid-cell, on-cell and in-cell).
Innlay™ TCE technology can also be applied to a broad spectrum of optical devices that represent huge opportunities. These span displays, solid state lighting (OLEDs), thin film photovoltaic solar cells and smart windows.
Particle choices do not stop with electrically conductive silver nanowires and antimicrobial agents nor do the potential applications. The spectrum of applications spans catalysts, decorations, optical or mechanical surface enhancements, thermal management and beyond.
|
Transparent conductors for touchscreens
Innova Dynamics works with the world's leading touchscreen sensor and film manufacturers to make fully-solution printed touchscreen sensors that are superior in optics, robustness, flexibility, and costs compared to traditional touchscreens. Its core product is a silver-nanowire based Innlay™ ink that replaces conventional indium tin oxide (ITO) based touch sensors and photolithography, which are expensive and complex to manufacture. Antimicrobial, self-sanitizing materials IonArmour® technology is the brand representing the application of Innlay™ embedded antimicrobials in healthcare, industrial, and consumer products. The IonArmour® department works with leading Fortune 500 companies on strategic licensing of its best-in-class performance antimicrobial materials. Visit: www.ionarmour.com Contact: [email protected] Transparent conductors for OLED lighting and displays, LCDs, e-paper, flexible displays, and smart windows Silver nanowire embedded transparent conductors also find numerous applications in OLEDs, LCD electrodes, e-paper, flexible displays, and smart windows, replacing conventional ITO and ITO patterning processes due to its superior conductance, transparency, flexibility, and cost-effectiveness. Transparent conductors for EMI shielding, ITO-replacement for aerospace coatings, and de-icing applications Silver nanowire embedded transparent conductors have found applications in replacing ITO coatings for aerospace and automotive transparencies. These transparent conductors can dramatically out-perform ITO on plastics in terms of sheet resistance, transparency, robustness and cost-effectiveness, leading to superior EMI-shielding, p-static drain, and de-icing surfaces. |
