Piezoelectric Single Frequency Ultrasonic Cleaning Transducer for Industrial Cleaners

Description

Product Overview

Our single-frequency ultrasonic cleaning transducer serves as the core vibration component of industrial ultrasonic cleaning machines.
It adopts high-performance piezoelectric ceramic chips and precision metal bonding technology to convert electric energy from ultrasonic generators into stable high-frequency mechanical vibration.

This series runs at a fixed resonant frequency. Every product undergoes strict frequency calibration to deliver stable cavitation inside cleaning tanks and guarantee stable long-term operation.

Core Advantages

High Electro-acoustic Conversion Efficiency

Optimized bonding reduces internal energy loss. Most electric energy is converted into effective ultrasonic vibration rather than redundant heat. It brings stronger cavitation impact, faster cleaning speed and lower power consumption during continuous working hours.

Ultra Stable Working Performance

All transducers pass strict frequency screening and aging tests before delivery, with zero frequency drift during long-term non-stop industrial operation.
Its integrated structure resists minor temperature changes and liquid corrosion, avoiding abnormal vibration, noise and unexpected breakdowns.

Excellent Durability & Anti-Fatigue Property

Equipped with a high-strength stainless steel base and high-toughness piezoelectric ceramics, this ultrasonic cleaning transducer can withstand cyclic vibration fatigue.
It can operate thousands of hours under rated power without cracking, debonding or performance decline, cutting your later replacement and maintenance costs.

Low Heat Generation & High Safety

The optimized structural design realizes efficient heat dissipation. Surface temperature stays within a safe range during round-the-clock continuous cleaning.
It protects piezoelectric chips from thermal damage and extends the service life of the ultrasonic cleaning transducer.

Convenient Installation & Strong Compatibility

Standard mounting holes support bottom installation, sidewall installation and external assembly for most mainstream ultrasonic cleaning tanks.
It matches mainstream analog and digital ultrasonic generators on the market, requiring no complicated structural changes during installation.

Main Application Scenarios

This ultrasonic cleaning transducer is designed for standardized industrial precision cleaning via fixed-frequency ultrasonic cavitation:

• Degreasing, oil stain removal and rust elimination for mechanical hardware, stamped parts and casting workpieces;
• Removal of flux residue, dust and tiny contaminants from PCBs, electronic components and semiconductor accessories;
• Descaling, carbon removal and surface finishing for electroplated workpieces and hardware fasteners;
• Precision cleaning for lab glassware, medical fittings, optical lenses and precision bearings;
• Mass routine cleaning for auto parts workshops, hardware factories, electroplating factories and electronic assembly lines.

Available Customization Service

We provide personalized customized solutions according to your actual equipment demands:

• Optional fixed frequencies: 20kHz, 25kHz, 28kHz, 40kHz;
• Custom single power, mounting layout, base size and wiring mode;
• Parameter adjustment adapted to different tank sizes, cleaning liquids and workpiece contamination levels.

Why Choose Our Single-Frequency Ultrasonic Cleaning Transducer

Each ultrasonic cleaning transducer passes strict factory inspection before shipment, including frequency testing, impedance testing, power aging test and sealing test. Stable batch consistency ensures consistent cleaning performance after installation.

Supported by rigorous quality control, cost-effective pricing and professional after-sales technical service, our transducers are ideal core spare parts for ultrasonic cleaner manufacturers and equipment upgrade projects of industrial factories.

Model	Frequency(KHZ)	Input Power(W)	Piezoceramics size	Resonance Impedance	Free capacitance	Gross weight
QZ20100P4	20KHz	100W	P4	≤20Ω	6300pF Test frequency	0.429kg
QZ20120P4	20KHz	120W	P4	≤20Ω	9000pF-10000pF	1.071kg
QZ20100P8	20KHz	100W	P8	≤20Ω	5300pF	0.89kg
QZ28100i	28KHz	100W	insulation	≤20Ω	6800pF±10%	0.626kg
QZ3360i	33KHz	60W	insulation	≤20Ω	4800pF±10%	0.422kg
QZ2860i	28KHz	60W	insulation	≤20Ω	5200pF±10%	0.466kg
QZ1770P8	17KHz	70W	P8	≤20Ω	2600pF±10%	0.856kg
QZ3350P4	33KHz	50W	P4	≤20Ω	4200pF±10%	0.389kg
QZ2850P4	28KHz	50W	P4	≤20Ω	4000pF±10%	0.394kg
QZ4050P4	40KHz	50W	P4	≤20Ω	4000pF±10%	0.250kg
QZ1760P4	17KHz	60W	P4	≤20Ω	5000pF±10%	0.813kg
QZ2560P4	25KHz	60W	P4	≤20Ω	5200pF±10%	0.529kg
QZ2560P8	25KHz	60W	P8	≤20Ω	3800pF±10%	0.529kg
QZ2860P4	28KHz	60W	P4	≤20Ω	5200pF±10%	0.466kg
QZ2860P8	28KHz	60W	P8	≤20Ω	3800pF±10%	0.466kg
QZ3360P4	33KHz	60W	P4	≤20Ω	4800pF±10%	0.422kg
QZ4060P4	40KHz	60W	P4	≤20Ω	4800pF±10%	0.299kg
QZ4060P8	40KHz	60W	P8	≤20Ω	3900pF±10%	0.299kg
QZ7060P4	70KHz	60W	P4	≤20Ω	5200pF±10%	0.463kg
QZ8060P4	80KHz	60W	P4	≤20Ω	5000pF±10%	0.319kg
QZ10060P4	100KHz	60W	P4	≤20Ω	5000pF±10%	0.290kg
QZ12060P4	120KHz	60W	P4	≤20Ω	5000pF±10%	0.366kg
QZ28100P4	28KHz	100W	P4	≤20Ω	6800pF±10%	0.626kg
QZ28100P8	28KHz	100W	P8	≤20Ω	5200pF±10%	0.626kg
QZ22100P8	22KHz	100W	P8	≤20Ω	5200pF±10%	0.818kg
QZ30100P8	30KHz	100W	P8	≤20Ω	5200pF±10%	0.559kg
QZ40100P4	40KHz	100W	P4	≤20Ω	6800pF±10%	0.402kg
QZ40100P8	40KHz	100W	P8	≤20Ω	5200pF±10%	0.402kg
QZ25100P4	25KHz	100W	P4	≤20Ω	6800pF±10%	0.717kg
QZ25100P8	25KHz	100W	P8	≤20Ω	5200pF±10%	0.717kg
QZ5435P4	54KHz	35W	P4	≤20Ω	3850pF±10%	0.130kg
QZ2850P4	28KHz	50W	P4	≤20Ω	4000pF±10%	0.415kg
QZ68120P8	68KHz	120W	P8	≤20Ω	5000pF±10%	0.590kg
QZ25120	25KHz	120W		≤20Ω	8000pF-8800pF	0.815kg
QZ20035P4	200KHz	35W	P4	≤20Ω	3850pF±10%	0.130kg
QZ28120P4	28KHz	120W	P4	≤20Ω	9000pF±10%	0.750kg
QZ13550P4	135KHz	50W	P4	≤20Ω	4000pF±10%	0.124kg