The performance of compression air compressors mainly includes the following aspects:
Air quality: The quality of compressed air produced by compression air compressors directly affects the applicability of their application areas. For example, in the food industry, impurities, microorganisms and oil in compressed air must be controlled at extremely low levels to ensure food safety. Sazhen energy-saving air compressors use dry oil-free screw technology to provide pure, pollution-free compressed air, meeting the strict requirements of the food industry for air source cleanliness.
Air supply stability: For industries that require continuous and stable air supply, such as food processing, the air supply stability of air compressors is crucial. Sazhen energy-saving air compressors achieve efficient and stable air supply by optimizing the internal compression ratio and the independently developed twin-screw head design, ensuring the continuous operation of the production line.
Energy efficiency ratio: The energy efficiency ratio of an air compressor is an important indicator of its operating economy. The isentropic efficiency of an axial flow compressor can be as high as 90% or more, and the long-term operating economy is significant. In addition, variable frequency screw compressors adjust the motor speed to match the load demand, improve energy efficiency and reduce energy consumption.
Noise level: In places where a low noise environment is required, such as precision electronics production workshops, the noise level of the air compressor is an important consideration. Screw compressors and centrifugal compressors usually have lower noise levels and are suitable for these application scenarios.
Maintenance cost: The maintenance cost of different types of air compressors varies significantly. Piston compressors have a simple structure but require frequent maintenance, while screw compressors and centrifugal compressors have lower maintenance costs and higher operating efficiency.
