Product Introduction

Permanent magnet single-stage screw air compressor parameters

More energy-saving, more environmentally friendly, longer life

Industrial frequency single-stage screw air compressor parameters

Economical, durable, stable and reliable

Parameters of integrated screw air compressor for permanent magnet laser cutting

Save energy and electricity, avoid waste, and extend life

Permanent magnet two-stage screw air compressor parameters

High efficiency, energy saving, stable and reliable

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By understanding and selecting the appropriate components for your air compressor, you can ensure its efficient and stable operation, thereby enhancing overall production efficiency.

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Intake valve

The intake valve is a critical component in the air compressor system, responsible for regulating the flow of air entering the compressor. Its primary function is to adjust the airflow and pressure, ensuring optimal operating efficiency of the compressor under varying load conditions.

Oil and gas separator

The separator utilizes a combination of centrifugal force, filtration, and gravity to effectively separate the oil from the air. Oil particles are trapped within a filtration medium, while the clean compressed air is directed out for use.

Heat exchanger

• Heat Transfer:
  The cooler uses air or liquid (such as water) as a cooling medium. Through heat exchange with the compressed air or oil inside the compressor, it dissipates the excess heat, maintaining the system at a safe operating temperature.

• Cooling of Air and Oil:
  There are typically two types of coolers in air compressor systems: air coolers and oil coolers. The air cooler dissipates heat by exchanging heat with the surrounding air to lower the temperature of the compressed air. The oil cooler circulates cooling oil to regulate the temperature of the lubricating oil.

• Prevention of Overheating:
  Excessive temperatures can reduce the efficiency of the compressor and may even cause equipment damage. The cooler regulates the compressor's operating temperature, preventing overheating and potential failures.

Fan

• Efficient Cooling:
  The fan ensures efficient heat removal by facilitating air circulation throughout the compressor unit. This prevents the compressor from overheating, thus extending its lifespan and reducing the risk of system failure.

• Durable Design:
  Manufactured from high-quality materials, the fan is designed to withstand the harsh working environments of industrial applications. Whether it’s high temperatures, moisture, or dust, our fans are built to deliver consistent performance under tough conditions.

• Low Noise Operation:
  The fan operates with low noise levels, enhancing the comfort of the work environment. This is particularly important in industries where minimizing noise pollution is a priority, such as in manufacturing or food production facilities.

• Energy-Efficient:
  Designed for energy-saving, the fan optimizes airflow while minimizing energy consumption. This ensures that your air compressor operates at its highest efficiency, saving on energy costs.

• Wide Compatibility:
  The fan is designed to fit a variety of air compressor models, offering flexibility and ease of installation. Whether you are replacing an existing fan or upgrading your system, our fan provides a perfect fit for most industrial air compressors.