Activegrid LT (Low-Temperature) Ink is engineered to cure at low temperature less than 60° C, presenting a rapid and cost-effective curing process. This novel low temperature curing feature not only enhances efficiency but paves the way for a wide ranges of temperature sensitive substrates. From consumer electronics to medical devices and beyond, the potential applications are boundless.
Introducing Activegrid LT Ink – the ultimate solution for temperature-sensitive applications. Our ink excels in preserving delicate materials, making it perfect for coatings on temperature sensitive substrates such as polarizers, polyurethane films, adhesives, and intricate biomedical components. Activegrid LT Ink exhibits exceptional performance and reliability even when cured at low temperature.
Our family transparent conductive ink allows for development of new devices in a variety of industries.
Activegrid LT ink can be processed at as low as room temperature.
Activegrid LT ink offers a wide range of conductivities: 10-200 Ω/□.
Activegrid LT ink delivers the industry’s best optical performance.
Activegrid LT ink is compatible with temperature-sensitive substrates such as polyurethane, polyolefin, and polarizer films.
C3Nano silver nanowire technology is used in conductive inks, pastes, adhesives, and films enabling flexible touch displays, shielding, transparent heaters, IR reflecting, smart windows, photovoltaics, and biosensors.
Our technology enables next generation consumer electronics and supports hundreds of millions of smartphones and devices.
Our transparent conductive films, inks, and coatings facilitate transparent heating, smart surfaces, and accent lighting in the automotive and electric vehicle industries.
Utilizing silver nanowires unique structure we can enhance electrical and thermal performance and enable new features for printed electronics.
Our silver nanowire-based technology can be used in smart windows, solar cells, and thermal rejection (or insulation).
Our flexible conductive materials enables researchers to develop biosensors and medical devices that require electrical and thermal functionality on flexible and temperature-sensitive substrates.
Contact us to speak to one of our applications engineers.
