

A Low-Noise, Eco-Friendly Cooling Innovator
"On the chip of an ultra-thin laptop, a sleek silver module silently dissipates heat. Its core lead-free piezoelectric ceramic material allows electronic devices to break free from the pollution risks of lead-based cooling for the first time."
Sensor Converge 2025 will officially open its exhibition doors at 9 AM on June 25th. ADW will showcase its lead-free Matrix Ultrasonic Air Fan (MUAF: PF0001) at the event. This product utilizes the inverse piezoelectric effect of piezoelectric ceramics to achieve completely motorless operation, delivering cooling airflow to high-heat chips with ultra-quiet performance.
Traditional cooling technology has long faced two major challenges: lead-containing materials and bulky structures. In the field of piezoelectric ceramics, lead-based materials account for as much as 30-40%, mainly consisting of lead zirconate titanate (PZT), which poses a risk of lead pollution during production and disposal.
ADW’s lead-free Matrix Ultrasonic Air Fan (MUAF: PF0001) adopts an innovative lead-free piezoelectric ceramic material, completely eliminating the risk of lead pollution and fully complying with increasingly stringent global environmental regulations for electronics.
The advantages of lead-free technology go beyond just environmental benefits:
Lower Power Consumption: The MUAF utilizes deformation of piezoelectric ceramic sheets under AC drive to generate airflow, consuming only 1/10 the power of traditional motor fans.
Structural Innovation: Lead-free ceramics enable multi-layer ultra-thin stacking, freeing up valuable space within devices.
Extended Lifespan: The non-rotating design eliminates the wear and tear of traditional fans, achieving a lifespan of over 30,000 hours, surpassing similar products.
Exhibition Name: Sensor Converge 2025
Dates: June 25–26, 2025
Venue: Santa Clara Convention Center, Santa Clara, CA
ADW Booth Number: 1239