MODERNER GFJ-0.4A High Speed Disperser Widely Used for Coating Dispersion, inks Dispersion

GFJ-0.4A

High Speed Disperser

Laboratory equipment specially designed for Coating dispersion and inks dispersion. It has high accuracy frequency conversion speed regulation function, lifting stroke 230mm, speed regulation range 0~7500rpm, impeller diameter 0019 50/60mm, cylinder volume 2.9L,

product description

MODERNER GFJ-0.4A high-speed dispersing machine is one of the effective equipment for dispersing chemical raw material particles, and it is the equipment required by the laboratory. GFJ-0.4 high-speed disperser is mainly used for stirring, dissolving and dispersing various liquids. The high-speed disperser adopts frequency conversion speed regulation, and the speed can be selected according to the different viscosity of the material and the needs of the test. It is a number that directly displays the rotational speed of the shaft. GFJ-0.4 is widely used in the test of chemical products such as coatings, inks, adhesives, etc., to provide correct data for large-scale production.

High speed disperser structure

1) The GFJ-0.4A high-speed dispersing machine adopts a three-phase asynchronous motor, through frequency conversion stepless speed regulation, the display screen of the frequency converter directly displays the rotational speed of the shaft. The sanding blisks and dispersing blades are directly connected with the rotating shaft by threads.

2) Using foreign professional technology, the rotating shaft and the motor are integrated to ensure the accuracy of the rotating shaft.

3) The lifting structure adopts the bevel gear to drive the screw drive, which is easy to use.

4) The barrel material is made of stainless steel, and there is a jacket for cooling water.

5) The mechanical gripper can move up and down and rotate 360°, and can clamp the circular cylinder of Φ100~Φ260.

real shot

Use and maintenance

1. Loosen the brake block and raise the motor of the high-speed disperser.

2. Pour the prepared material into the cylinder, clamp it with mechanical grippers, then slowly lower the motor, cover the cylinder cover, and tighten the brake block.

3. Turn on the power, turn the speed control knob on the inverter to adjust the speed to the required speed; when shutting down, you can turn off the power directly, or adjust the speed to zero first, and then turn off the power. The four digits on the display screen of the frequency converter directly display the current rotational speed of the rotating shaft.

4. When the grid Voltage is lower than 198V, there will be a phenomenon of running speed (that is, the speed suddenly increases), and it is not suitable to use this machine at this time.

5. It is not advisable to drive empty when the speed is greater than 4000r/min.

6. Since the motor drives the load, the actual speed is slightly inconsistent with the no-load speed. If the actual speed is found to be seriously inconsistent with the no-load speed (the actual speed is much smaller than the no-load speed), it means that the motor is in an overload state at this time. At this time, the frequency conversion The device will automatically stop working and the machine will stop.

Some researchers use GFJ-0.4 to list

GFJ-0.4 high-speed dispersing machine was used in the research of "Application of Nanoscale Silica in Color Inkjet Printing Paper Coating"

Wang Jin Chen Kefu Yang Rendang Yang Xun Zu Jingrun

(State Key LABOratory of Pulp and Paper Engineering, South CHINA University of Technology, Guangzhou, 510640)

GFJ-0.4 high-speed disperser was used in the study of "Rheological Behavior of Paper Coatings Containing Modified Nano-CaCO 3 "

Tang Yanjun Li Youming Song Jing Liu Mingyou Chen Liang 

( 1. State Key LABOratory of Pulp and Paper Engineering, South CHINA University of Technology, Guangzhou, Guangdong, 510640; 2. Zhuhai Hongta Renheng Paper Co., Ltd., Zhuhai, Guangdong, 519070)

"SiO 2 Modified Low Surface Energy Nanostructured Non-toxic Marine Antifouling Coating" uses GFJ-0.4 high-speed disperser to disperse mixed solvent and organic silicon-modified acrylic resin

Chen Meiling Qu Yuanyuan Yang Li Gao Hong

(Department of Marine Coatings, Dalian Jiaotong University, Dalian 116028)

GFJ-0.4 high-speed disperser was used in the study of "Dispersion of Nano-aluminum Hydroxide and Rheology of Water Suspension"

Liang Lei Guo Fen Cao Yapeng

(High Gravity Engineering Research Center, Ministry of Education, Beijing University of Chemical Technology, Beijing 100029)

GFJ-0.4 high-speed dispersing machine was used in the study of "Effect of Calcium Carbonate Morphological Structure on Plastiser Viscosity"

Xu Guomin Ji Yubi Hu Zhi Zhang Minmin Yang Erying Tan Hong Luo Heng Wu Jianjun

( 1. National Engineering Technology Research Center of Composite Modified Polymer Materials, Guizhou, Guiyang 550014; 2. Chongqing Military Representative Office in Jiangjin Area, Chongqing 402264)

GFJ-0.4 high-speed dispersing machine was used in the study of "Influencing factors of anti-corrosion performance of home appliance pre-coated coil primer"

Wang Liqun Wu Kuilu Feng Chunmiao Li Daming

(CNOOC Changzhou Coating Chemical Research Institute, Changzhou, Jiangsu 213016)

GFJ-0.4 high-speed disperser was used in the study of "Preparation of Calcium Carbonate-based Composite Titanium White"

He Yamei Li Qiao

(School of Materials Engineering, Panzhihua University, Panzhihua, Sichuan, 617000)

Note: The above information comes from major credible magazines and periodicals, please search for more usage information by yourself.

Packing list：main engine x1, barrel and left and right covers x1, each x1 of Should 60 blades and Should 50 blades, manual x1

[Note]Because the manufacturer's packaging may be updated or upgraded, the detailed packaging list shall be subject to the latest standard configuration of the manufacturer.