Flexible Display Screen Used Ag Nanowire
As the amplifier of touch screen device size and power consumption upgrading, new touch technology is being set out to develop about touch screen structure lightweight in order to maintain battery life, reduce cost, and so on. Motivated by this, a new type of optical function of "nano silver conductive materials arises at the historic moment. and Ag nanowire in Llight transmittance and conductive performance is better, used as the best alternative of traditional ITO electrode
Touchscreen devices became popular, but its high cost is still turned off many consumers.Touch screen generally made up of many parts, including glass layer with a non-slip coating, viscous liquid insulation materials, impedance conductor layer and the electrode which have good conductivity material, and the most critical elements for touch screen is impedance conductor layer, namely, the upper plastic and the lower glass by indium tin oxide (ITO) coating. ITO is a kind of transparent Conductor, have good light transmittance, but the material is expensive and manufacturing process is complicated, limited production.
Ag nanowires has good electrical conductivity, better transmittance, high flexible. Although the price of silver nanowires and ITO is almost same, but the Ag NW performance is more one hundred times. In other words, using nano silver wire conductor layer touch screen device have less power consumption.Because of this, nano silver wire is viewed as the most likely alternatives to traditional ITO transparent electrode material.
Maybe in the near future, we can rolled up tablet into our pocket. the tablet computer is larger, thinner and more softer. this is the new world which nano silver brought to us.
our nanometer silver wires with D <100nm, L >10um, it is available in a wide range of quantities and specifications to meet your particular industrial or scientific application. For further technical information or pricing on Ag nano silver wires, please contact us freely at hwnano@xuzhounano.com.
