OIL MIST FILTER

Oil Mist Filter
Oil Mist Filter
Oil Mist Filter
Oil Mist Filter
Oil Mist Filter
Oil Mist Filter
Oil Mist Filter
Oil Mist Filter

Oil Mist Filter: Industrial Air Cleaning Solution
Oil vapor, micro particles, and toxic fumes suspended in the air can pose a serious problem in industrial environments. However, Oil Mist Filters effectively absorb and purify this dirty air, keeping workplace environments clean and healthy.
Boron Oil: Reliable Performance in Industrial Solutions
Boron Oil is a versatile metalworking fluid widely used in various industrial metal processing operations such as cutting and grinding. This special formulation, mixed with water at a ratio of 5% to 10%, extends the lifespan of cutting CNC tools while enhancing processing performance. Additionally, it reduces scrap rates, thereby increasing workplace efficiency.
Cutting Oil: Powerful Formula for Reducing Friction
Cutting Oil reduces friction by forming a thin layer between the workpiece and the cutting edge. This helps to cool the deformation zone, reducing heat buildup and allowing for more precise machining of workpieces.

Safety Measures for Environmental and Human Health
The oily compounds used in CNC machinery and equipment can pose potential hazards to the environment and human health if not handled properly. Therefore, it is important for industrial enterprises to use these oils safely and effectively and to exercise care in waste management. Boron Oil and Cutting Oil are commonly used in various CNC operations such as turning, milling, grinding, planing, pulling, drilling, hole making, cutting, and thread cutting. These products offer a reliable solution for increasing industrial efficiency and meeting quality standards. For a healthy and clean workplace environment, reliable oils such as Boron Oil and Cutting Oil, along with Oil Mist Filters, are an ideal solution for meeting the needs of industrial enterprises.

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Oil Mist Filter Operating Principle

Air Suction: Air contaminated with oil and small solid particles is drawn from the CNC machine tool cabin through suction created by a centrifugal fan, pulling it towards the filters.
Coalescence Principle: Inside the filter, oil droplets tend to merge into larger and heavier droplets. This coalescence principle transforms oil vapor into oily droplets, making the filtration process more effective.
Filtration: The air is forced to pass from inside the filter chamber to the outside. During this process, the filters completely separate pollutants from the airflow, ensuring the purification of oil and particles from the air.
Separation of Oil Droplets: Oil droplets separated during the filtration process are not subjected to any further treatment. Therefore, these droplets can be recycled for future use.
Collection of Oil Vapor: A drainage pipe continuously maintained at "excessive pressure" efficiently collects recondensed oil vapor. This method allows for the recovery of oil vapor and minimizes losses.

In conclusion, the operating principle of oil mist filters ensures the effective filtration of pollutants and the purification of air. This system plays an important role in maintaining clean air quality and protecting the environment in industrial facilities.


Yağ Buharı Filtresi Plan