Low-frequency ultrasonic cleaners typically refer to equipment operating between 20kHz and 50kHz. These cleaners are particularly suitable for cleaning large, structurally simple, and heavily soiled components, as low-frequency ultrasound generates stronger cavitation effects in liquids, providing greater impact force to dislodge contaminants.

Application Range

Low-frequency ultrasonic cleaners are widely used in industrial manufacturing sectors such as automotive, aviation, and machinery manufacturing for cleaning engine parts, metal workpieces, and more. They are especially effective at removing stubborn oil stains and carbon deposits.

Main Parameters

1. Frequency: ≥20KHz, categorized into low, medium, and high frequency ranges.

2. Cleaning Medium: Chemical solvents or water-based cleaning agents, combining chemical action with the physical effects of ultrasonic cleaning for improved results.

3. Power Density: Power Density = Transmitter Power (W) / Transmitter Area (cm2), typically ≥0.3W/cm2. Higher power density enhances cavitation effects, speeds up cleaning, and improves overall performance.

Custom Integrated Ultrasonic Cleaner Material Specifications

Argon arc welded stainless steel tank, 2.0mm thick, available in capacities ranging from 14L to 130L, with a stainless steel body material.

Ultrasonic Frequency

For powder metallurgy parts such as magnetic cores, magnetic rings, and components with grinding magnetic powder, select a frequency of 20-25kHz;

For rough metal parts like automotive hubs, cylinder assemblies, and other large components, choose a frequency of 25-28kHz;

For watch parts and precision stamped components, opt for a frequency of 40kHz;

For optical glass and low-end LCD devices, use a frequency of 68-120kHz;

For cleaning semiconductor wafers and LCD glass substrates to remove 1-3μm contaminant particles, select a megahertz-level frequency of 0.8-1.0MHz.

After-Sales Service

One-year warranty from the date of shipment, with lifelong maintenance.