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Air Compressor Compressor Selection Guide

Compressor Selection Guide

A variety of devices are available to meet a range of needs from compression power and exhaust to clean air.

     
     
     
     
     
 

■Recipro compressor
Applications: Car maintenance and general machinery (using compressed air at reasonable cost)
This type of compressor compresses air by changing the capacity of the compression chamber with the piston that moves up and down inside a cylinder. It is suitable for high discharge pressures as well. While it generates relatively large noise and vibration, the type of compressor is used widely as the most inexpensive compressor. We offer both oil-lubricated and oil-free compressors.
⇒To view a detailed product page, click here. (Oil-free )
⇒To view a detailed product page, click here. (Oil-lubricated type)


■Scroll compressor
Applications: Hospitals and research institutes (sensitive to noise and use of oil is to be avoided)
This is a kind of rotary-type compressor, in which scroll walls called wraps engage with one another, each shifted by 180 degrees, and rotate to change the capacity of the crescent compression chamber so as to compress air. The major features of this type of compressor are very low vibration and noise. We released the world's first oil-free scroll compressor.
⇒To view a detailed product page, click here.


■Screw compressor
Applications: Plants where a relatively large amount of air is required
This type of compressor compresses air by rotating male and female screw-shaped rotors (screw rotors) and changing the capacity of the space of the screw grooves. This rotary oil-lubricated type compressor mechanism is the most widely used source of compressed air for plants. With low noise and low vibration, this compression method is the most effective in the medium size class.
⇒To view a detailed product page, click here.


■Claw compressor
Applications: Hospitals and research institutes (sensitive to noise and use of oil is to be avoided)
This type of compressor compresses air by rotating male and female claw-shaped rotors (claws) without coming into contact with each other and changing the capacity of the space among the two rotors and housing. This method is exclusively intended for oil-free models, and the use of the two-stage compression method provides very high compression efficiency and durability. 
⇒To view a detailed product page, click here.


■Nitrogen gas generator
Applications: Food, packaging, resin, thermal processing and many other applications that require nitrogen gas
This device generates highly pure nitrogen gas from the atmospheric air. It allows manufacturers to obtain nitrogen gas with ease on their own, freeing them from the bothersome task of cylinder replacement. We offer only environment-friendly oil-free models. 
⇒To view a detailed product page, click here.


■Booster compressor
Applications: Boosting of compressed air pressure on plant lines, replacement of booster valves and partial pressure boosting after pressure decrease
This compressor boosts the pressure of compressed air on plant lines. We offer both oil-lubricated and oil-free models. 
⇒To view a detailed product page, click here. (Oil-free )
Introduction Example:Hino Motors, Ltd.
(For Details:CSR website "CSR → Environmental Performance →  Environmental Activities → CO2 Emissions Reduction at Production Plants ")

⇒To view a detailed product page, click here. (Oil-lubricated type)
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