Detailed introduction of bacterial tubular centrifuge

application area 

Food industry: used for separating bacterial cells from fermentation suspensions.

Chemical industry: suitable for the separation of various chemical substances.

Petroleum industry: plays a role in crude oil processing and processing.

Water treatment: helps remove microorganisms and impurities from water.

Pharmaceutical industry: especially in the field of biopharmaceuticals, used for cell collection, concentration, and wall breaking yeast.

Structure and characteristics of bacterial tube centrifuge

The main structure of the bacterial tube centrifuge includes a body and drum made of all stainless steel, as well as various lining and plastic lining devices that can be added according to material characteristics and operational needs. This design not only ensures the durability of the equipment, but also facilitates cleaning and disinfection, and is not easily contaminated with bacteria.

main features 

High separation efficiency: Especially suitable for the characteristics of extremely fine bacterial cells, with better separation effect, easier collection of bacterial cells, and higher yield.

All stainless steel material: The machine and material contact parts are made of stainless steel to ensure hygiene and safety.

Flexible configuration: Lining and plastic lining, rubber lining or freezing tube can be added according to the material characteristics and operational needs of customers to adapt to different separation requirements.

Usage and operation process

usage method

Connect the motor power supply of the separator and wait for about 80 seconds for the drum to reach its operating speed.

After the machine reaches full speed, the feed valve can be opened to clarify the liquid.

Observe whether the liquid flow rate is normal and whether the clarity meets the requirements. When the liquid at the outlet becomes mixed, stop the machine and discharge the slag.

Before stopping the machine, the feeding valve must be closed first, and the machine can only be stopped when there is no liquid flowing from the collection tray.

Operation process

Power on: Wait for the drum to reach its operating speed.

Feeding operation: Open the feeding valve at full speed and adjust the flow rate for clarification.

Observation and adjustment: Pay attention to the flow rate and clarity of the liquid, and stop the machine for slag discharge in a timely manner.

Shutdown: First, close the feeding valve, and then disconnect the power supply and shut down after the liquid collection tray stops flowing.

Slag discharge: Disassemble the drum, remove sediment and solid matter, and clean thoroughly.

Assembly: Reinstall the drum to ensure that all components are installed correctly

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