INDUSTRIAL ULTRASONIC SONO - PROCESSOR Ultrasonic FLOW CELL REACTORS
FLOW CELL REACTORS FOR LARGER VOLUMEPROCESSINGUltrasonic Flow Cells Ultrasonic flow-through reactorchambers are available for lab ultrasonicators as well asfor industrial ultrasonic devices. An ultrasonic reactorenables to sonicate the medium in a closed system -either in flow-through mode (single pass orrecirculation) or for enclosed sonication in a chamber.Using an ultrasonic flow-through system, is requiredwhen higher volume streams and/ or higher viciousmaterial is sonicated. A continuous flow through systemhas severaladvantages over the batch-type processing

1. By ultrasonic inline processing, the processing qualityand capacity becomes significantly higher as all materialis fed through the chamber into the cavitation zone.This results in a homogeneous liquid processing withhighest quality output.2. The continuous ultrasonication results in a very highprocessing uniformity as all the material passes thecavitational zone in the reactor chamber.

With our micro-processor controlled ultrasonic "Sono-Processor/ Sonicator", a wide range of conventionalchemical & physical processes can be performedefficiently such as particle size reduction, preparation ofemulsions and dispersion, homogenizing of liquids,atomizing, acceleration of various chemical reactions,disruption of cells, crystallization etc.

Special Features Pre-selection of the required Amplitude (30 to 100%). This flow cell allows for 100 L per hour sonication undermax. Pressure of 50 psi. reactor chamber capacity250ml/500ml/1L etc.. Fully Automatic Frequency Servo-Control. High specific Ultrasonic Power, direct interaction betweenprocessing medium & Ultrasonic Probe. Can be installed for Online Continuous & Batch Processes.Application Fields Particle size reduction Homogenization Polymerization /De-polymerization Dispersion /Suspension Crystallization Emulsification /Mixing Degassing Atomization Disruption of Cells Agglomeration /De-agglomeration Acceleration of various chemical reactions, etc Viscosity Reduction

SpecificationsModel AT/1000 F Or AT/1500 FConverter / Horn PZT Lead Zirconate,Titanium probe.Frequency 20 kHz.Cooling jacket Water jacketed enable the sampleto be Cooled/Heaed.Standard Probe Tip diameter 1" (25 mm). Solid .Autoclavable.Chamber housing S.S 316, Volume of liquid 500ml.Temperature Probe Allows sample temperature to bemonitored up to 100 DegreeC.

The propagation of ultrasonic waves is based on the medium. There is an alternating period of positive and negative pressure during the propagation of ultrasonic waves in the medium. The medium is squeezed and pulled under alternating positive and negative pressures. When ultrasonic waves of sufficient amplitude are used to act on the critical molecular distance at which the liquid medium remains constant, the liquid medium breaks, forming microbubbles, and the microbubbles further grow into air bubbles. On the one hand, these bubbles can be redissolved in the liquid medium, or they may float and disappear; they may also collapse out of the resonance phase of the ultrasonic field. Practice has shown that there is a suitable ultrasonic frequency for the dispersion of the suspension, the value of which depends on the particle size of the suspended particles.

For this reason, the ultrasonic homogenizer stops the ultrasound for a certain period of time after a period of time, and then continues the ultrasound to avoid heat. It is also a good method to cool the air with air or water.

High Volume Flow Cell for Ultrasonic Liquid Processing
Ultrasonic Mini Flow Cell
Usually intensive ultrasound is transmitted into small volumes via a titanium sonotrode immersed into the liquid. This method is very efficient but has the side effect that there is also cavitation at the sonotrode, which results in a small contamination with fine titanium particles into the medium. Such additions have to be avoided if a high degree of purity is demanded as for example in the pharmaceutical industry. In order to solve this problem Hielscher Ultrasonics has developed in co-operation with the ETH Zurich a special flow cell, that sonicates a medium indirectly but nevertheless with a very high intensity. In a closed system the medium is led contamination-free through a glass tube, having no contact with the sonotrode or with the atmosphere. A liquid surrounding the glass pipe supplies the right process temperature. This method guarantees a high reproducibility.

FLOW CELL REACTORS FOR LARGER VOLUMEPROCESSINGUltrasonic Flow Cells Ultrasonic flow-through reactorchambers are available for lab ultrasonicators as well asfor industrial ultrasonic devices. An ultrasonic reactorenables to sonicate the medium in a closed system -either in flow-through mode (single pass orrecirculation) or for enclosed sonication in a chamber.Using an ultrasonic flow-through system, is requiredwhen higher volume streams and/ or higher viciousmaterial is sonicated. A continuous flow through systemhas severaladvantages over the batch-type processing

1. By ultrasonic inline processing, the processing qualityand capacity becomes significantly higher as all materialis fed through the chamber into the cavitation zone.This results in a homogeneous liquid processing withhighest quality output.2. The continuous ultrasonication results in a very highprocessing uniformity as all the material passes thecavitational zone in the reactor chamber.

Ultrasonic Extractor Reactor - Ultrasonic Cavitation Reactor High-Pressure Ultrasonic Homogenizer Ultrasonic homogenizer is also popular as ultrasonic emulsification reactor, through its "cavitation effect" to realize the emulsification of oil blended with water, emulsification of water mixed with oil, the mixture and homogenization of dispersed phase and continuous phase, it's modern chemical technology to instead of propeller, colloid mill and other traditional emulsification technology.

The high-pressure ultrasonic reactor could equip various types chemical reactors' accessories under high temperature, achieve reaction system gas separation and vapour phase condensation & reflux.

So could use ultrasonic disperse, crush, and excitation etc multiple effects to break the solvent structure of chemical reaction material in the reactor, improve reaction activity, disperse and crush particles, reduce its radius.

Highlights Recent advances in ultrasound-assisted extraction (UAE) are detailed.
Ultrasound extraction enhances extraction yield, economy and green impacts.
Ultrasound acts directly in the plant cell to release metabolites. Ultrasound-assisted extraction acts through single or combined mechanisms.
An ultrasound-assisted extraction is an efficient tool for plant-based chemistry.

Advantages

• Short extraction time
• High extraction rate
• More complete extraction
• Mild, non-thermal treatment
• Easy integration and safe operation
• No hazardous/toxic chemicals,
• No impurities
• Low cost
• Energy-efficient
• Green extraction 
• Environmental-friendly.

Model	AT-5SLS /	ATS-10SLS /	AT-20SLS /
	AT-5SLD	AT-10SLD	AR-20SLD
Capacity（L）	5	10	20
Stir Motor Power（W）	100	150	200
Ultrasonic Frequency	20KHz	20KHz	20KHz
Standard Ultrasonic Probe	￠20*1	￠20*2	￠20*3
Ultrasonic Power(w)	50~1200 Adjustable	100~2400 Adjustable	200~3600 Adjustable
Circulation Stirring Rate (rpm)	0~1000 Integrated	0~1000 Integrated	0~1000 Integrated
	Digital Display,	Digital Display,	Digital Display,
Controlled Temperature C        （Optional）	Atmos--200	28--200	28--300
Reactor Material	SS304/Glass	SS304	SS304

Ultrasonic Extraction Reactor Ultrasonic Cavitation Reactor High Pressure Ultrasonic Homogenizer 1.Popularused in laboratory extraction and chemistry reaction research,to solve amplitude transformer and reactor sealing problems.
2.This advanced practical type ultrasonic reactor could accelerate chemical reaction.
Ultrasonic Extractor Reactor Ultrasonic Extractor
Ultrasonic Cavitation Reactor High Pressure Ultrasonic Homogenizer
Product Details Ultrasonic homogenizer is also popular as ultrasonic emulsification reactor,through its "cavitation effect" to realize theemulsification of oil blended with water,emulsification of water mixed with oil, the mixture and homogenization ofdispersed phase and continuous phase, it''s modern chemical technology to instead of propeller, colloidmill and othertraditional emulsification technology.
High pressure ultrasonic reactor could equip various types chemical reactors'' accessories under high temperature,achieve reaction system gas separation and vapour phase condensation & reflux. So could use ultrasonic disperse, crush, and excitation etc multiple effect to break the solvent structure of chemicalreaction material in reactor, improve reaction activity, disperse and crush particles, reduce its radius.

Highlights

Recent advances in ultrasound-assisted extraction (UAE) are detailed.
Ultrasound extraction enhances extraction yield, economy and green impacts.
Ultrasound acts directly in the plant cell to release metabolites.
Ultrasound-assisted extraction acts through single or combined mechanisms.
Ultrasound-assisted extraction is an efficient tool for plant-based chemistry.

Advantages

short extraction time
high extraction rate
more complete extraction
mild, non-thermal treatment
easy integration and safe operation
no hazardous / toxic chemicals,
no impurities
low cost
energy-efficient
green extraction environmental-friendly.