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Industrial ultrasonic liquid treatment

Solution

Company profile

Hangzhou Cheer Sure Intelligent Machinery Co., Ltd. is a high-tech enterprise integrating R & D, manufacturing, system integration and service.

Relying on its strong scientific research ability and application experience, the company has successively developed a variety of equipment, including intelligent ultrasonic, intelligent security, intelligent transmission and filling. The company always adheres to the cutting-edge technology in the industry and is committed to providing customers with perfect equipment and industry solutions.

The purpose of Cheer Sure is to make work more efficient and life more secure on the basis of intelligence.

Contents

Application introduction

Ultrasonic extraction                                                                02

Ultrasonic dispersion                                                               03

Ultrasonic emulsification                                                          05

Ultrasonic homogenization                                                      06                                                     

Product introduction

Laboratory ultrasonic equipment                                             07

Laboratory ultrasonic equipment with soundproof box            09

Industrial ultrasonic probe                                                       11

Ultrasonic pilot test equipment                                                13

Industrial ultrasonic circulation equipment                              15

Industrial ultrasonic flowcell equipment                                  17

Industrial ultrasonic small flocell equipment                           19

Industrial ultrasonic circulation equipment                              21

Ultrasonic glass mixing equipment                                         23

Ultrasonic liquid treatment system                                          25

Ultrasonic sound intensity measuring instrument                   27                                                     

Comprehensive strength

Engineering cases                                                                   29                                                 

After sales service                                                   

30

Notice

Ultrasonic applications

Ultrasonic cavitation refers to the dynamic process of growth and collapse of micro bubbles in liquid when the sound pressure reaches a certain value.

When ultrasonic wave acts on liquid, it can produce a large number of micro bubbles. One reason is that there is a local tensile stress in the liquid to form a negative pressure. The reduction of pressure makes the gas originally dissolved in the liquid supersaturated and escape from the liquid to become micro bubbles. Another reason is that the strong tensile stress "tears" the liquid into a cavity, which is called cavitation.

Herb extraction

Some micro bubbles are more or less dissolved in the herb materials, and vibration is generated under the action of ultrasonic, which is the cavitation effect of ultrasonic. When the bubble is closed, it will generate a pressure of thousands of atmospheres around it to form a micro shock wave. It can cause the rupture of plant cell wall and the whole organism, and the whole rupture process is completed in an instant, which is conducive to the dissolution of effective components, promote the effective components of herbs into the medium, and fully mix them in the medium to speed up the extraction process and extraction rate.

Advantages：

No heating required

High extraction efficiency

Less solvent

Physical reaction without destroying biological activity

Refining of extract components

Due to the particularity of ultrasonic products, some accessories need to be customized, and the actual product parameters are different. Please consult us before purchasing.

01

02

Textile dyes

Ultrasonic dyeing has been widely used in printing and dyeing industry. Ultrasonic dyeing of polyester knitted fabrics has been studied and compared with conventional dyeing without ultrasonic treatment. The data show that after ultrasonic treatment of disperse dyes, the particles of dyes become significantly smaller, the molecular structure distribution is more uniform, and the chemical structure does not change significantly.

Advantages：

Fast coloring; Improve color strength and color fastness; Low temperature printing and dyeing, no damage to the fabric;a variety of fabrics are compatible.

ultrasound

After ultrasound

Graphene

Ultrasonic stripping of graphene is mainly due to the cavitation effect of ultrasonic. When the compressive stress wave propagates to the surface of graphite, the graphite will reflect and produce tensile stress. Therefore, when countless micro bubbles break, the tensile stress between the graphite sheets will continue to increase until the graphene sheets are stripped.

Advantages：

Short dispersion time; The dispersed particles are finer and more uniform; Graphene is highly stable; Energy saving and environmental protection.

Nanoparticles

Nanoparticles are being used more and more widely, such as batteries, coatings, building materials, beauty and skin care. The smaller the particles, the higher the availability. The high shear force generated by ultrasonic vibration will depolymerize and reduce the particles of the material. After depolymerization, the particle size decreases, the number increases, and the contact area between each small particle decreases.

Advantages：

Ultrasonic dispersion technology can produce ultrafine particles that cannot be produced by mechanical dispersion and crushing equipment；

The dispersed particles are evenly distributed；

The dispersed particles have strong stability and are not easy to spherical condensation.

ultrasound

After ultrasound

Alumina

In the precipitation method, the dynamic influence of ultrasonic vibration on the precipitation formation process and the control effect of ultrasonic shear crushing mechanism on the particle size are mainly used. Ultrasonic wave can accelerate the formation of crystal and homogenize the particle size distribution of crystal.

Advantages :

Uniform dispersion effect and high cost performance.

ultrasound

After ultrasound

04

03

Emulsification

Under the action of ultrasonic vibration, two or more incompatible liquids are mixed together, one of which is evenly dispersed in another liquid to form emulsion liquid called ultrasonic emulsification.

Advantages ：

The type of emulsion can be controlled, the power needed to produce the emulsion is small, and the emulsion formed is more stable.

Ultrasonic emulsification

Water treatment

Ultrasound is widely used in sewage treatment (degradation of ammonia and nitrogen), algae suppression and removal of offshore drilling platform pipelines, sterilization of ship ballast water, decomposition of organic matter, advanced treatment of drinking water, disinfection and sludge treatment (sludge dewatering and promotion of anaerobic fermentation).

Ultrasonic algae removal

Water treatment

Introduction：

Traditional mechanical stirring and ultrasonic mixing belong to physical stirring. The former uses the high-speed rotation of the stirring paddle to act on the material, while the ultrasonic wave acts on the material by the shear force generated by high-frequency vibration to make the liquid oscillate, so as to mix the liquid material evenly. Traditional mechanical stirring is a macro mixing process of liquid, which is difficult to fully mix. The mixing power can be relatively large, and the macro mixing speed is also fast. Therefore, mechanical mixing is suitable for those occasions with low requirements for uniformity. The ultrasonic mixer mixing the liquid materials from the micro (molecular level) point of view. The mixing degree is high, and the mixing is fine and sufficient. Therefore, the ultrasonic mixer is suitable for those fields with high requirements for mixing degree and fine molecular particles. However, the range of ultrasonic radiation is limited, and they have their own characteristics. If it can be used with traditional mechanical mixing, it can not only ensure the mixing efficiency, but also ensure the mixing effect.

Mechanical stirring

Ultrasonic mixing

06

05

Product description

* This equipment is for liquids processing in lab, such as CBD

oil, carbon black, carbon nanotubes, graphene, coatings, new

energy materials, alumina, nanoemulsions processing. 

500W

1000W

1500W

Laboratory ultrasonic equipment

Technical parameter

08

07

Product description

* The equipment is started with one button, which is convenient to operate. Self-contained sound proof box to reduce noise; Visual operation panel, real-time data is clear at a glance; Equipped with a time controller, the experimental data is more accurate; The window can observe the material condition at any time.

Laboratory ultrasonic equipment with soundproof box

Technical parameter

Time control

Operation panel

window

Titanium alloy horn

10

09

Product description

* This equipment is suitable for various extraction, dispersion,

 emulsification and homogenization.Commonly used in graphite,graphene, alumina, silica, nanomaterials, polymer materials,mineral slurry, and traditional Chinese medicine treatment.

Industrial ultrasonic probe

Technical parameter

2000W

3000W

12

11

Product description

chiller is optional.

* This system is for small scale liquids processing, such as CBD

 oil, carbon black, carbon nanotubes, graphene, coatings, new

 energy materials, alumina, nanoemulsions processing.

* LCD display, integrated switch operation.

* 24 hours of continuous work, always in automatic protection.

* Automatic resonance frequency and power control, no

 manual energy adjustment required for ultrasonic operation.

Ultrasonic pilot test equipment

Technical parameter

14

13

Product description

* For industrial applications, such as carbon black, carbon nanotubes, graphene, coatings, new energy materials, alumina, silica,nano emulsion process.

Industrial ultrasonic circulation equipment

Technical parameter

Aluminium oxide

Graphene

Textile dye

16

15

Product description

* The ultrasonic generator can track the frequency automatically, the power and amplitude can be adjusted, and the LCD displays various data.

* The energy output of ultrasonic probe is large and stable, mainly used for slurry and thick viscosity liquids' processing.

Industrial ultrasonic flowcell equipment

Technical parameter

18

17

Product description

* The ultrasonic generator can track the frequency automatically, the power and amplitude can be adjusted, and the LCD displays various data.

* The energy output of ultrasonic probe is large and stable, mainly used for slurry and thick viscosity liquids' processing.

* The peristaltic pump is stable and pollution-free.

Industrial ultrasonic small flow cell equipment

Technical parameter

20

19

Product description

 chiller is optional.

* This system is for small scale thin viscosity liquids processing,

 such as CBD oil, carbon black, carbon nanotubes, graphene,

 coatings, new energy materials, alumina, nanoemulsions processing.

* LCD display, integrated switch operation.

* 24 hours of continuous work, always in automatic protection.

* Automatic resonance frequency and power control, no manualenergy adjustment required for ultrasonic operation.

Ultrasonic glass circulation equipment

Technical parameter

22

21

Product description

* The equipment is mainly used in the experiment, pilot test and production of chemistry, fine chemical industry and the synthesis of new biopharmaceutical materials. The equipment can be connected with various pumps to form a circulating system.

Ultrasonic glass mixing equipment

Technical parameter

24

23

Product description

* The system is connected to the user's existing storage tank and can be used for treatment of carbon black, carbon nanotubes, graphene, coatings, new energy materials, alumina, silica, CBD oil and nanoemulsion.

* PLC integrated control, easy operation, high ultrasonic working precision and good treatment effect.

Ultrasonic liquid treatment system

Technical parameter

26

25

Product description

The ultrasonic power measuring meter uses the positive piezoelectric characteristics of piezoelectric ceramics, namely piezoelectric effect. When we apply a force to a piezoelectric ceramic, it converts that force into an electrical signal. If the force changes periodically, the piezoelectric ceramic will output an AC voltage signal with the same frequency. The precise ultrasonic frequency (energy) analyzer produced by our company can directly observe the actual waveform and read out the sound intensity value.

Ultrasonic sound intensity measuring instrument

Technical parameter

28

27

Engineering cases

After sales service

30

29

Hangzhou Precision Machinery Co.,Ltd. regards quality reputation as the life of the enterprise, and always adheres to the business philosophy of "exceeding the customer's standard is the service level we will always pursue", and takes meeting the customer's needs as our ultimate goal. Hereby promise:

1. warranty period: the warranty period of ultrasonic series equipment produced by our company is 24 months.

2. The main parts and accessories of ultrasonic series equipment provided to you are the products that have passed the final factory inspection.

3. Our company guarantees that the delivered equipment are complete, clear and accurate, and can fully meet the installation, commissioning and operation requirements of customers.

4. After receiving your service request, our company guarantees to give a reply and technical explanation within 24 hours, and give a written reply and solution within 48 hours.

5. Our company guarantees to provide you with accessories and technical services at a reasonable price and efficient speed for a long time, so as to protect your interests.

CHEER SURE

Focus on years       Industrial application

Intelligent control       tirelessly seek improvement

Hangzhou Cheer Sure Intelligent Machinery Co., Ltd

TEL:0571-61719009

Web address: www.cheer-sure.com

Address:Building 16, No.1, No.8 Road, Dongzhou Industrial Park, Fuyang District, Hangzhou City, Zhejiang Province.