The laboratory high-speed disperser is a laboratory equipment commonly used in the fields of chemistry, material science, etc., to disperse solid substances into liquids, or to disperse liquid mixtures into smaller particles. This equipment usually consists of a motor, transmission, blades and container. The blades rotate at high speed, which can effectively disperse and mix the substances, so as to realize fast and effective material treatment.
Application field
Laboratory high-speed dispersing machines are usually used in the following fields:
Chemical experiments: In chemical experiments, the high-speed disperser can disperse solid substances into liquids, which is convenient for synthesis and analysis.
Material science: In material science, high-speed dispersing machines can be used to prepare ultrafine powder and film materials.
Biomedicine: In biomedicine, high-speed dispersing machines can be used to prepare cell suspensions, cell membranes and protein suspensions.
Food industry: In the food industry, the high-speed disperser can be used to prepare seasonings, juices and dairy products.
In short, high-speed dispersing machines are widely used in fields such as chemistry, material science, biomedicine, and food industry, and are common equipment in laboratories.
Operating points
The steps to operate the laboratory high-speed disperser are as follows:
Prepare materials: Prepare the required materials according to the experimental requirements, including solid substances and liquids.
Add materials: Add materials to the container of the laboratory high-speed disperser.
Turn on the motor: Turn on the power and turn on the motor.
Adjust the dispersion speed: adjust the dispersion speed according to the experimental requirements. Generally, the faster the speed, the better the dispersion effect.
Dispersion: Observe the dispersion process and adjust the dispersion speed if necessary.
Stop dispersing: When the dispersing process is over, stop the motor and wait for the material to cool down.
Take out the material: Take the dispersed material out of the container and prepare for the next experimental operation.
Note: When operating the laboratory high-speed disperser, wear appropriate safety protective equipment to prevent accidents. At the same time, operating procedures should be strictly followed to ensure the accuracy of experimental data.
Selection method
When choosing a laboratory high-speed disperser, the following factors need to be considered:
Dispersion effect: Dispersion effect is the key factor for selecting a laboratory high-speed disperser, and attention should be paid to dispersion efficiency and dispersion fineness when selecting.
Uses: Select a suitable laboratory high-speed dispersing machine according to the experimental requirements, such as preparing ultra-fine powder or preparing cell suspension, etc.
Scale: When choosing a laboratory high-speed dispersing machine, it is necessary to consider the size of the dispersion to ensure that the selected equipment can meet the experimental requirements.
Technical parameters: The technical parameters of the laboratory high-speed disperser, such as the dispersion speed range and motor power, are also factors that need to be considered when selecting.
Price: The price of the laboratory high-speed dispersing machine is also a factor to be considered when choosing, the price should be moderate, and the quality of the equipment should be ensured at the same time.
By fully considering the above factors, a laboratory high-speed dispersing machine suitable for the experimental requirements can be selected, thereby improving the experimental efficiency and data accuracy.
