350hp 250 kw 2 stage screw air compressor

The 7-10bar 350HP bipolar screw air compressor is an efficient industrial compression equipment. Through the coordinated work of the two-stage screw rotor, the air is compressed to a pressure range of 7-10bar (about 0.7-1MPa), with a rated power of 350 horsepower (about 261kW). Its bipolar design gradually increases the pressure through the first and second stage compression, significantly reducing energy consumption and improving stability. It is suitable for manufacturing, chemical or energy fields that require medium and high pressure gas sources, and has the characteristics of compact structure, easy maintenance and long life.

 

The 7-10bar 350 HP Screw Air Compressor is an efficient industrial compression equipment. Through the two-stage compression design, the air is pressurized to 7-10bar (about 0.7-1MPa), which is suitable for occasions that require a stable medium and high pressure gas source. Its 350 horsepower (about 261 kilowatts) power output can meet the driving needs of pneumatic tools in manufacturing industries such as spraying and assembly of automobile production lines, as well as concrete spraying and drilling operations in the construction industry. The bipolar structure reduces energy consumption through graded compression, which is particularly suitable for gas transportation and instrument control in continuous operations such as chemical and electric power, taking into account both energy saving and stability.

 

7-10bar 350HP Screw Type Compressor significantly improves energy efficiency through two-stage compression design, and reduces energy consumption by 15%-20% compared with single-stage compression. Its power output of 350 horsepower (about 261 kilowatts) takes into account both efficiency and stability within the pressure range of 7-10bar, which is suitable for industrial scenarios with continuous operation. The twin-screw meshing structure of the Mobile Screw Air Compressor has low vibration and low noise (10-15 decibels lower than the piston type), and the rotor has no direct contact wear and low failure rate. The overhaul interval can reach 40,000 to 80,000 hours. In addition, the forced gas transmission characteristics make the exhaust volume almost unaffected by pressure fluctuations, which can adapt to working conditions with liquid or dusty gas, but it should be noted that its initial cost is higher and it is more suitable for medium and low pressure fields.