Oil Mist Separator, also known as an oil mist recovery machine or oil mist collector, is a device used to capture and filter oil mist and metal particles generated during mechanical operations. Below is a detailed introduction to its working principles, types, and application scenarios:

: When the controller is powered on, a strong negative pressure is generated at the mist inlet, causing the oil mist to be drawn into the mist collector in a directed manner. Inside the mist collector, oil mist particles collide under the action of the fan blades, causing tiny particles to aggregate into larger ones. These larger particles are then intercepted by high-efficiency mist-absorbing materials and collected and recycled through the return port.

: Based on the principle of a two-stage electrostatic field, fine oil mist particles enter a strong electric field along with the airflow and become positively charged. When these charged particles reach the electric field between the collector plates of the purifier, they are attracted to and adhere to the metal plates due to the metal wash plates, achieving the separation of oil mist from the air.

: The oil mist separator high-voltage ionizes water molecules in the working chamber, generating positive and negative ions and electrons. As the oil mist passes through, it adheres to ions and electrons in the air, carrying different charges. Subsequently, when passing through the collection chamber, it is collected by electrode plates with opposite charges.

: With an air flow rate of 800 to 24,000 cubic meters per hour, it can effectively remove oil mist from the processing chamber.

: The oil mist removal is efficient and stable, with a removal rate of up to 99.5%, effectively purifying the air.

: The compact and lightweight structure makes installation simple and convenient, with low maintenance costs.

: Strictly adhering to the national standard ISO4706.1-2002 for Class II electrical design requirements, it provides safety guarantees such as protection against electric shock, excessive temperature rise, mechanical hazards, and toxic gases.