Wednesday, May 13, 2015

Life inside a vacuum can be difficult to imagine. I think it would be a desolate environment where no benign life-form can live. It could be someone else's worst nightmare. Although it is impossible, the thought of it makes me feel extremely claustrophobic. A perfect vacuum in which no matter can live is quite impossible to manufacture, but the closest thing would be using high and ultra-high vacuums. Industrial vacuum pumps can be used to remove different levels of atmosphere in enclosed areas to create an extremely low pressure level within that space.

High vacuum pumps are most often used in industrial and scientific applications. A range of examples of its use are molecular laboratory analysis, pharmaceutical preparation, manufacturing semiconductors and other kinds of degassing and manufacturing. The fields of engineering, chemical, automotive, biological, medical and dental industries also make use of high vacuum pumps. The vacuum pumps are measured by the level or degree of vacuum suction that they can create in a given period, or in how much gas it pumps out at a time. Other attributes to consider are the speed of pumping, motor power, if either multi-stage or single stage, features, mounting styles, configuration and power source. They can also be customized according to your specific applications.

When a high vacuum is needed for an application, two pumps or more can work in tandem to complete the work. Moment transfer pumps utilize high vacuums to start the movement. The two moment transfer pumps are the turbomolecular and the diffusion pump. They both accelerate the movement of molecules using high speed fans or gas to remove them from the enclosed chamber. Vacuum pumps are really important in everyday use.


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