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Experimental High Pressure Homogenizer
2020-01-09
UH-03.png


Technical Characteristics

1.        The homogenization process produces less heat, low discharge temperature, reduces the influence of high temperature to protect the structure and activity of the material.

2.        The homogenization process is efficient and convenient, easy to use, short in time and high in efficiency. Support to CIP and sterilization.

3.        Good homogenization effect and high uniformity of material after homogeneity.

4.        Choose the world's leading Diamond Valve Group, shelf life up to 2000-5000 hours, high hardness, good wear resistance and long service life.

5.        Innovative homogenization structure design - bell mouth, increase the shear force and improve homogenization efficiency.

6.        Italy GEFRAN pressure gauge, LCD display, real-time monitoring of pressure.

7.        Adopt physical homogenization method, no chemical residue. The pipeline in contact with material is 316L stainless steel, prevent material residue.

8.        In-place built-in cooling system, 4-6 ℃ cooling water temperature control, discharge temperature 10-12 °C, to ensure material activity.

9.        High efficient homogenization, overall increase of 35% protein yield based on customer data.

10.    High-strength all-stainless steel ultra-high-pressure pump, automatic injection, continuous operation.

11.    Core components imported from Europe to ensure quality.

 

Working Principle

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The material is pumped and pressurized to enter a valve group with adjustable pressure by a plunger pump. After passing through a specific width of flow-limiting gap (working area) , the material that loses pressure instantaneously is ejected from high-pressure chamber and impacted on the collision ring at a very high flow rate (1000-1500 M/s). The collision produces three effects of Cavitation, Shear effect, Collision effect to ensure homogenization, dispersion, emulsification and nanoparticle for the material.

 

Technical Parameter

Experimental type

Model

UH-03

UH-06

UH-12

UH-24

Maximum Design   Pressure

200 MPa

200 MPa

200 MPa

200 MPa

Continuous   working pressure

150 MPa

150 MPa

150 MPa

150 MPa

Recom-mended   crushing pressure

E.coli

80 MPa/800 bar/12000   Psi

Yeast

120 MPa/1200 bar/18000   Psi

Animal cell

30 MPa/300 bar/4500   Psi

Algae

100 MPa/1000 bar/15000   Psi

Optimal crushing   concentration of the sample  (Volume   ratio)

5%-25%

Maximum   throughput

3 L/h

6 L/h

12 L/h

24 L/h

Minimum   throughput

15 mL

25 mL

45 mL

50 mL

Material residue

0

Motor power

2.2kW/380V/50Hz

Machine weight

95 kg

98 kg

102 kg

110 kg

Homogenizing   valve material

Diamond / Special   alloy

 Note: Power Supply can be customized according to European standards.

 


Image of crushing effect


   Before homogenization                               After homogenization                                   

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Customers of universities and scientific research institutes:

(Rank in any order)


Beijing Institute of Biophysics

Chinese Academy of Sciences

Shanghai Institute of biochemical cell

Chinese Academy of Sciences

Shanghai Institute of plant growth

Chinese Academy of Sciences

Shanghai organic Research Institute

Chinese Academy of Sciences

Shanghai Institute of medicine

Chinese Academy of Sciences

Shanghai center of adversity

Chinese Academy of Sciences

Shanghai Pasteur Institute of Chinese Academy of Sciences

Shanghai Biochemical cross center

Chinese Academy of Sciences

Institute of Oceanography

Chinese Academy of Sciences

Fujian Institute of physical architecture

Chinese Academy of Sciences

Wuhan Institute of Biotechnology

Shanghai light source National Science Center

Shanghai Institute of veterinary medicine

Chinese Academy of Agricultural Sciences

Shanghai Pharmaceutical Industry Research Institute

Shenzhen Peking University Hong Kong University of science and Technology Medical Center

Beijing Agricultural College

Zhejiang Tsinghua Yangtze River Delta Research Institute

Kunshan Industrial Technology Research Institute

The Second Affiliated Hospital of Guangzhou Medical University

Nanjing Agricultural University

Hebei University

Guangzhou Medical University

Guangzhou University

Nanchang University

Central South University

China University of petroleum

Shanghai Medical College of health

...




Tsinghua University

Peking University

Fudan University

Shanghai Jiaotong University

University of science and technology of China

Zhejiang University

WuHan University

Sichuan University

Sun Yat-sen University

Tianjin University

Shandong University

Nankai University

East China University of Science and Technology

Shanghai University of science and technology

South University of science and technology

Tianjin University of science and technology

Jinan University

Jiangnan University

Fuzhou University

Soochow University

Hebei University

Beijing Normal University

Hangzhou Normal University 

South China University of Technology

Central China Normal University

Beijing University of Chemical Technology

Ocean University of China

South China Agricultural University

Shanghai Normal University

Hefei University of science and technology

Henan Agricultural University

Henan Institute of animal husbandry economics

Huaihai Institute of Technology

hengshui university

...



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