Features:

(1) An exceedingly thin structure (500 microns), which will enable it to be embedded into objects such as smart credit cards and intelligent paper in the future.
(2) A pliant and bendable structure, as flexible plastics are used as the battery material.
(3) High operating voltage 3.6, which powers all CPU and electronics.
(4) High energy density of approximately 2 mWh (mili Watt hour) per square centimeter. This means, for example, that if the UPLB was used in an active RFID device, it would support up to approximately several tens of thousands of signal transmissions on a single charge.
(5) Long cycle life, the battery can be recharged for several hundreds of cycles.
(6) No memory effect.
(7) Low self-discharge rate, less than 10% per month.
(8) Excellent safety characteristics.
(9) Environmentally friendly, it does not contain any harmful metals.
(10) Lamination processing temperature is 100° C for 60s, 120° C for 20s and 140° C for 5s.

Applications:

(1) Smart banking cards and credit cards;
(2) Medical and health devices;
(3) Active RFID devices for luggage storage and transportation under special safety and security regulations;
(4) Military, CIA and FBI special uses.

We can design the e-card battery according to customers' requirements.