CMN55G Micro Oil Screw Air Compressor Medium Pressure 2-3Mpa

CMN55G Micro Oil Screw Air Compressor Medium Pressure 2-3Mpa

Advantages of Our micro oil air compressor

1. Shaftless Design: Durable and Long-lasting

Our Micro Oil Air Compressor features a patented shaftless design. This design eliminates the need for any common shaft seal, extending the lifespan of the compressor indefinitely.

2. Low Energy Consumption

With the world's largest screw design and double pressure chamber main engine, our compressor achieves a volumetric efficiency of over 95%. This means that it is a truly energy-efficient compressor.

3. High-Temperature Resistance

Our compressor can operate in a wide range of temperatures, from -20??C to 55??C, and can work continuously without exceeding 92??C.

4. Low Oil Content: Less Than 2ppm

Our high-efficiency main engine requires only a small amount of compressor oil to achieve excellent sealing, resulting in an air output with an oil content of less than 2ppm.

Structural Features of Our Micro Oil Air Compressor

1. Ultra-Silent Intake System Design

Our compressor features a patented ultra-silent intake system design, which reduces noise during operation.

2. High-Quality Safety Valve and Minimum Pressure Valve

The high-quality safety and minimum pressure valves ensure that the compressor operates safely and efficiently.

3. Precision Temperature Sensor

A precision temperature sensor continuously monitors the compressor's temperature, ensuring optimal performance.

4. Ultra-Silent Centrifugal Fan

The ultra-silent centrifugal fan contributes to the compressor's quiet operation while providing effective cooling.

5. Japanese SMC Electromagnetic Control Valve

The Japanese SMC electromagnetic control valve ensures reliable and efficient operation.

6. CMN's Patented Control Valve

Our patented control valve contributes to the high efficiency and performance of the compressor.

7. High-Quality Touch Screen Control System

The high-quality touch screen control system makes it easy to monitor and control the compressor's operation.

Compression Air Principle of Micro Oil Screw Air Compressor

Our Micro Oil Air Compressor uses a pair of primary screws, a pressure screw, and a rotating screw, to complete the compression process. These screws are typically made of high-strength alloy steel and have precise helical shapes. As the screws rotate, the working chamber gradually expands, allowing external air to enter the working chamber through the intake port. As the working chamber gradually decreases, the compression ratio of the air increases, thereby increasing the pressure of the air. During this process, the air is compressed and pushed towards the machine's outlet. The compressed air generates heat during the compression process, so a cooling system is needed to reduce the temperature. Additionally, the compressed air needs to be cleaned through a filter system to remove potential contaminants and particles.

Applications of Micro Oil Air Compressor

1. Textile industry: Many sites in the textile industry use oil-free, micro-oil low-pressure compressed air.2. Glass bottle manufacturing: Low-pressure screw compressed air is used to blow and shape glass bottles, saving energy and creating perfect shapes.3. Chemical industry: Certain processes in the chemical industry, such as pressure filtration and transportation, require compressed air.4. Cement transport: Compressed air can complete the transport process without causing cement to fly.

About Our Company

Our company's entire product line has passed German TUV class 0 oil-free certification, CE certification, ISO9001 certification, TS16949 certification. We are the first domestic company to use water for internal cooling and lubrication of high-end screw compressors. We were the first to launch a secondary compression high-pressure micro-oil screw compressor with a pressure of up to 4.0MPa globally. We subsequently developed the world's first 4.0MPa pressure oil-free screw compressor and the world's first 1.25MPa pressure oil-free rotary compressor.

Working Principle of air compressor

Author: Miya