20kHz Ultrasonic Water Treatment System 10L Ultrasonic Homogenizer

A continuous, high-throughput liquid-processing unit. Intelligent power control adapts to different treatment modes, with an adjustable 3200 W output, touch-screen interface and 485 communication — powerful yet easy to operate.

WT320 ultrasonic generator with titanium-alloy probe, touch-screen panel and 20 kHz output
WT320 ultrasonic generator & titanium-alloy probe — 600×600 product view
Product Overview

What the WT320 system does

The WT320 Ultrasonic Water Treatment System is built for continuous, high-throughput liquid processing. Its intelligent power control adapts to different treatment modes, making it a versatile tool for both laboratories and industrial lines.

The WT320 delivers an adjustable 3200 W output to suit a wide range of needs. With a touch-screen control interface and 485 communication capability, the unit is both powerful and user-friendly to integrate into existing process lines.

Using 20 kHz cavitation, the system handles mixing, extraction, dispersion, emulsification, defoaming and crushing — without added chemicals.

Key specifications at a glance

  • Frequency20 kHz
  • Rated power3200 W
  • Processing capacity5 L – 10 L × N groups
  • Amplitude (peak-to-peak)20–100 µm
  • ControlTouch screen / 485 communication
  • Emitter materialTitanium alloy or stainless steel
  • Input voltage220 V ±10 %, 50/60 Hz
  • WarrantyOne year
Specifications

Technical data

Both tables are taken directly from the original product record — the homogenizer configuration options and the full unit specification.

Ultrasonic Homogenizer

FrequencyRated PowerMatching CapacitanceType
20 kHz3200 W9000–12000Touch Screen Control / 485 Communication
20 kHz3200 W14000–16000
20 kHz3200 W20000–23000

Product Specifications

Product nameUltrasonic Water Treatment System
Power3000 W
Frequency20 kHz
Emitter materialTitanium alloy or stainless steel (selected by application)
Durable temperature0–80 °C liquid or higher
Can handle materialsGraphene, oils, cells, food, cosmetics, etc.
Processing capacity (single kettle)5 L – 10 L × N groups working simultaneously
Radiation surface amplitude (peak-to-peak)20–100 µm
Input voltage220 V ±10 %, 50/60 Hz
Cross-sectional sizeΦ38 mm, Φ50 mm
Application directionMixing, extraction, dispersion, emulsification, defoaming, crushing, etc.
WarrantyOne year
Advantages

Ultrasonic Water Treatment System Advantages

Why ultrasonic treatment works across water-processing applications — the list below is kept verbatim from the original product record.

WT320 20 kHz ultrasonic generator with touch-screen control, compatible with all 20 kHz transducers
The WT320 generator — one 20 kHz power supply that drives the full range of transducers and probes.
One generator · 20 kHz

One 20 kHz generator, compatible with all transducers

The WT320 generator is designed to drive our full range of 20 kHz transducers and probes. Switching from a 5–10 L water-treatment probe to dispersion, extraction or degradation tools needs no new power supply — so a single unit covers several processes instead of one.

A touch-screen panel and 485 communication make the system easy to integrate into an existing line, while the interchangeable probes keep tooling cost low as your process changes.

Non-Chemical Process

Ultrasonic treatment does not require the addition of chemicals, making it an environmentally friendly option.

Efficiency

It can effectively remove a wide range of contaminants, including bacteria, viruses, algae, and suspended solids.

Low Energy Consumption

Compared to conventional treatment methods, ultrasonic systems often consume less energy, resulting in cost savings.

Minimal Maintenance

These systems typically require less maintenance because there are no filters to replace or chemical balances to maintain.

Safe and Clean

Since no harmful chemicals are used, the process is safe for both operators and the environment. The resulting water is often cleaner and safer for use.

Versatility

Ultrasonic systems can be used in a variety of water treatment contexts, from small-scale applications to large industrial processes.

Improved Water Quality

Ultrasonic can improve the taste, odor, and color of water by breaking down large particles and compounds.

Applications & Materials

Where the WT320 is used

The two application images below are read from the product record — a labelled application chart and field photos of liquid treatment and dispersion.

WT320 series ultrasonic system applications: high power water treatment, homogenisation and dispersion, organic matter degradation, pipe descaling, water pollution purification
The product image reads “WT320 series ultrasonic system applications” and lists the five duties on the right.

Five duties named in the application chart

  • High Power Water Treatment

    Cavitation at 20 kHz treats large water volumes continuously, breaking down contaminants without added chemicals.

  • Homogenisation and Dispersion

    Uniformly blends immiscible liquids and disperses solids for stable emulsions and suspensions.

  • Organic Matter Degradation

    High shear and radical formation degrade organic pollutants, algae and biofilm in the water.

  • Pipe Descaling

    Removes mineral scale from pipes, tubes and heat-exchanger surfaces, restoring flow without aggressive acids.

  • Water Pollution Purification

    Reduces bacteria, suspended solids, colour and odour for cleaner, safer water.

Photo pair captioned Liquid treatment and homogenous dispersion, showing ultrasonic cavitation in a beaker and a cavitation pattern in a tube
The product image is captioned “Liquid treatment” and “homogenous dispersion” — cavitation in the liquid and its dispersion pattern.

Liquid treatment & homogeneous dispersion

In the products’ own images, the same 20 kHz probe is shown treating liquid in a beaker and generating a stable dispersion pattern in a flow tube. That is the physical effect behind every duty above: collapsing cavitation bubbles create local high pressure and shear that mix, break up and disperse material at a scale mechanical agitators cannot reach.

Because the effect is purely physical, it works with — and can replace part of — chemical or thermal steps in the process, cutting both consumables and energy.

Application direction

MixingExtractionDispersion EmulsificationDefoamingCrushing

Can handle materials

GrapheneOilsCells FoodCosmeticsand more

Discuss your liquid-processing requirement

Send us your material, target throughput and drawings — an engineer replies within one working day and can run a free test on your sample.

Contact an Engineer