How much air pressure is commonly used in factories

The size of the common air pressure in the factory depends on the specific application scenario and requirements. In general, the factory normal air pressure usually refers to atmospheric pressure, I .e. standard atmospheric pressure, the value of which is defined as 101325 Pa pascals (Pa). However, in practical applications, the actual air pressure of the factory may be affected by factors such as geographical location, altitude, climatic conditions, and the internal environment of the factory.

For the air pressure of the air compressor in the factory, in general:

the general air pressure range of the factory air compressor is between 0.6 ~ 1.0MPa, and it is also said that the working pressure of the industrial air compressor is generally about 7 ~ 10bar, which is equivalent to 0.7~1.0MPa.

In general factory production, in order to meet different levels of work requirements, such as impact, cutting, clamping, etc., the commonly used air pressure range is 0.6~0.8MPa, and it is also said that it is 6 ~ 8bar.

In some specific fields, such as aerospace, due to the very high requirements for components, air compressors need to provide higher air pressure, the air pressure range may be 10 ~ 14bar, that is, 1.0~1.4MPa.

In the field of medical and health care, the air pressure range of the air compressor output is relatively low, generally 7 to 8bar, that is, 0.7 to 0.8MPa, to ensure the requirements of medical gas flow and purity.

In addition, for industrial air compressors, the output pressure range is usually between 5 and 13bar (that is, 500 to 1300kPa or 72.5 to 188.5psi), because most industrial applications, such as pneumatic tools, mechanical operation, process control, etc., All need to work within this pressure range.

In general, the size of the common air pressure in the factory should be determined according to the specific application requirements and the type of equipment used. In practical applications, it is recommended to refer to the instruction manual of the equipment or consult a professional technician to determine the appropriate air pressure range.