מכונת פיזור חסינת פיצוץ במעבדה היא ציוד שתוכנן במיוחד להשעיה, עִרבּוּב, dispersion and other process operations in flammable and explosive environments. It has the following features and applications:

עִקָרוֹן
The working principle of the laboratory explosion-proof dispersion machine is similar to that of the ordinary dispersion machine, which drives the stirring device to rotate through the motor, so that it produces shear force, centrifugal force and turbulence effect in the container, so as to achieve the dispersion, mixing and suspension of the material.

מוּזָרוּת
Explosion-proof design: Laboratory explosion-proof dispersion machine adopts explosion-proof design, meets the explosion-proof safety requirements, and can operate safely in flammable and explosive environments.

Strong sealing: The equipment has good sealing performance, which can effectively prevent the outside gas or liquid from entering the equipment and reduce the risk of explosion.

מתכוונן: the speed, mixing time, mixing force and other parameters of the dispersion machine can be adjusted according to the experimental needs to meet the processing requirements of different samples.

Corrosion resistance: The dispersion machine is usually made of corrosion-resistant materials, can handle various chemicals and solvents, and has good corrosion resistance.

The principle, מאפיינים, מתוארים שיטת הפעולה ותחום היישום הספציפי של מכונת פיזור חסינת פיצוץ במעבדה

Operation method
Before operating the device, check whether the power supply, switch, and safety device are normal.

According to the experimental requirements, select the appropriate container and stirring device, and put the sample to be processed into the container.

Turn on the power switch of the equipment, and adjust the speed and mixing time of the mixer as required.

During the operation, observe the device running status to ensure that the device runs stably and without exceptions.

Specific application
Explosion-proof dispersing machine is mainly used to deal with flammable, explosive or explosive gas, steam or dust samples. Here are some sample types that may require the use of an explosion-proof disperser:

Solvents: including flammable organic solvents, such as alcohols, esters, ethers, וכו.

Paints and coatings: Organic components in paints may be flammable.

דיו: Some inks may contain volatile organic solvents.

Granular material: explosive dust, such as powdery metal powder, wood dust, וכו.

Chemicals: including flammable gases, flammable liquids or chemical reactants with flammability.

Powder and powder samples: fine powder samples with inflammability, such as metal powder, fluorescent powder, וכו.

The principle, מאפיינים, מתוארים שיטת הפעולה ותחום היישום הספציפי של מכונת פיזור חסינת פיצוץ במעבדה

Flammable gas: flammable gas samples, such as acetylene, methane, וכו.

Please note that when handling the above samples, it is necessary to follow the relevant safe operating procedures and use equipment and tools that meet the explosion-proof requirements to ensure the safety of the laboratory. בנוסף, the specific use of explosion-proof dispersion machine needs to be determined according to the specific conditions and safety requirements of the laboratory. It is recommended to consult relevant professionals for accurate guidance and advice before selecting and using equipment.