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The difference between the horizontal laminar flow purification workbench and the vertical laminar flow purification workbench
.
So, they are both purification equipment, what's the difference? Let me find out with the editor below
.
1.
Horizontal laminar flow ultra-clean workbench: It is a local clean workbench with strong versatility, which is widely used in electronics, national defense, precision instruments, instrument industries,
etc.
2.
Vertical laminar flow ultra-clean workbench: Vertical one-way flow ultra-clean workbench is widely used in areas that require local cleaning
.
Laboratory, optoelectronic industry, microelectronics, hard disk manufacturing and other fields
.
The vertical one-way flow ultra-clean workbench has the advantages of high cleanliness, can be connected into an assembly line, low noise, and mobility
.
In short, the current workbench can meet your experimental needs.
What you need to consider is the airflow pattern (according to your experiment, which air supply form has little influence on your experiment): that is, vertical or horizontal
.
Usually vertical
.
The vertical air supply means blowing vertically downward, vertical manifold, quasi-closed table, which can prevent the temptation of external confluence and the stimulation of the human body due to the operation odor.
It is also necessary to ensure that the airflow can pass unobstructed.
Microscope, the vertical air flow will be blocked by the microscope, it is better to choose the horizontal one, but the general experiment uses the vertical one, and the glass door generally moves up and down
.
The level can sometimes affect the flame of the alcohol lamp
.
There is no obvious difference between the two types of air supply, and it is important to choose the appropriate type according to the experiment
.
The above is the relevant introduction about the difference between the horizontal laminar flow clean bench and the vertical laminar flow clean bench.
I hope you will have a corresponding understanding of this after reading.
When choosing, you should choose the appropriate type according to the nature of the experiment.
Everyone helps
.
.
So, they are both purification equipment, what's the difference? Let me find out with the editor below
.
1.
Horizontal laminar flow ultra-clean workbench: It is a local clean workbench with strong versatility, which is widely used in electronics, national defense, precision instruments, instrument industries,
etc.
2.
Vertical laminar flow ultra-clean workbench: Vertical one-way flow ultra-clean workbench is widely used in areas that require local cleaning
.
Laboratory, optoelectronic industry, microelectronics, hard disk manufacturing and other fields
.
The vertical one-way flow ultra-clean workbench has the advantages of high cleanliness, can be connected into an assembly line, low noise, and mobility
.
In short, the current workbench can meet your experimental needs.
What you need to consider is the airflow pattern (according to your experiment, which air supply form has little influence on your experiment): that is, vertical or horizontal
.
Usually vertical
.
The vertical air supply means blowing vertically downward, vertical manifold, quasi-closed table, which can prevent the temptation of external confluence and the stimulation of the human body due to the operation odor.
It is also necessary to ensure that the airflow can pass unobstructed.
Microscope, the vertical air flow will be blocked by the microscope, it is better to choose the horizontal one, but the general experiment uses the vertical one, and the glass door generally moves up and down
.
The level can sometimes affect the flame of the alcohol lamp
.
There is no obvious difference between the two types of air supply, and it is important to choose the appropriate type according to the experiment
.
The above is the relevant introduction about the difference between the horizontal laminar flow clean bench and the vertical laminar flow clean bench.
I hope you will have a corresponding understanding of this after reading.
When choosing, you should choose the appropriate type according to the nature of the experiment.
Everyone helps
.
