

January 7, 2025, Las Vegas - At CES 2025, ADW officially launched its innovative Matrix Ultrasonic Air Fan ( MUAF ): PF0001. This breakthrough product uses the inverse piezoelectric effect of piezoelectric ceramics to achieve an efficient heat dissipation solution without motors and rotating parts, marking a major leap in heat dissipation technology.
The core of PF0001 lies in its piezoelectric ceramic drive system. Driven by alternating current, the piezoelectric ceramic can shorten or lengthen radially, while driving the elastic substrate to bend and deform, thereby changing the volume of the pump chamber. When the volume of the pump chamber increases, the pressure inside the chamber decreases, and the gas flows into the pump chamber; when the volume of the pump chamber decreases, the pressure inside the chamber increases, and the gas is squeezed out of the pump chamber. Through this reciprocating motion, PF0001 can generate a strong airflow and achieve efficient heat dissipation .
The design of this product achieves the perfect unity of "ultra-thin size + ultra-high heat dissipation + ultra-intelligence". The size of PF0001 is only 36x 36 x 2mm, which makes it easy to integrate into various compact devices. At the same time, its maximum flow rate reaches 0.42 CFM (12L/min) and the maximum static pressure is 700 Pa, which can meet the heat dissipation needs of high-performance devices. What's more amazing is that the maximum power consumption of PF0001 is only 1 W, showing its excellent energy efficiency performance .
ADW's marketing director believes that the launch of MUAF will bring a revolutionary cooling solution to the consumer electronics field. Its ultra-thin design, efficient heat dissipation performance and low power consumption will greatly improve the performance and reliability of consumer electronic devices and promote industry development .
At the 2025 CES, MUAF attracted the attention of many exhibitors and visitors, becoming a highlight of the exhibition. ADW looks forward to working with partners from all walks of life to explore the application potential of PF0001 in different fields and promote the continuous innovation and development of cooling technology .