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Compressore d'aria a vite a media pressione

Jufeng Two-stage Medium-pressure Screw Air Compressor

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Jufeng Two-stage Medium-pressure Screw Air Compressor

Marchio:	Jufeng
Numero di modello:	JH-100ADV
MOQ:	1 unità
prezzo:	Contact us
Dettagli dell' imballaggio:	Confezione in scatola di legno
Condizioni di pagamento:	L/C,D/A,D/P,T/T,Western Union

Informazione dettagliata

Descrizione del prodotto

Informazione dettagliata

Luogo di origine:

Cina

Certificazione:

CE, ISO, ASME, ETC

Documento:

jufeng brochure-2025.pdf

Nome prodotto:

Compressore d'aria a vite a media pressione

Modello:

JH-110ADV

Energia:

Elettrico

Tipo di aerodromo:

Vite

pressureRange:

Pressione media

Pressione di esercizio:

3,0/3,5/4,0 MPa

Voltaggio:

380 V

Metodo di raffreddamento:

Raffreddamento a aria/raffreddamento ad acqua

Capacità di alimentazione:

3000 unità al mese

Evidenziare:

two-stage medium-pressure air compressor

screw air compressor with warranty

industrial medium-pressure screw compressor

Descrizione del prodotto

Jufeng Two-stage Medium-pressure Screw Air Compressor

Product photo

Jufeng Two-stage Medium-pressure Screw Air Compressor 0

Product Introduction

Medium-pressure screw compressor vs reciprocating piston compressor

	Medium-pressure screw compressor	Reciprocating piston compressor
Principle	By continuously compressing the gas through a pair of intermeshing screw rotors, without reciprocating motion	The gas is compressed intermittently through the reciprocating motion of the piston within the cylinder.
Structure/Operation	The structure is simple, with few moving parts. It operates smoothly, has no inertial force and generates little vibration.	The structure is complex, with many moving parts (such as pistons, connecting rods, and valves), resulting in significant vibration and noise.
Efficiency/Energy Consumption	The isothermal efficiency is relatively high, especially during partial load conditions, where it can be adjusted continuously by the slide valve to maintain a high efficiency. The full-load efficiency is close to that of excellent piston machines.	The insulation efficiency is high. Under rated conditions and full load, the efficiency may be slightly better than that of the screw machine. However, the efficiency drops significantly during partial load operation.
Displacement/Pressure	The compression process is continuous, the airflow is without pulsations, and the oil content is well controlled (by the injection screw).	There are significant pulses in the exhaust, requiring a post-treatment buffer tank. The lubricating oil may be carried into the gas by the piston rings, resulting in a relatively high oil content.
Maintenance/Lifespan	The maintenance is simple. The main tasks are to replace the "three filters and one oil" and the oil separator regularly. The maintenance workload is small.	The maintenance is complex and frequent, and it is necessary to replace the wear-prone parts such as piston rings, valves, and bearing shells regularly. Professional technicians are required and the downtime is long.
Initial investment	The cost of a one-time purchase is relatively high, especially for the main rotor.	The one-time purchase cost is relatively low and the structure is relatively simple.
Footprint	Compact structure with a small footprint.	Large and bulky, requires more space and higher foundation specifications.