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Product Introduction:

The coalescence dehydration oil filter has a five stage filtration system, integrating precision filtration and efficient dehydration functions Introducing the "coalescence separation" technology from the United States for dehydration, it has high dehydration efficiency and strong ability, especially suitable for separating large amounts of water in oil, far superior to the dehydration ability of centrifugation, and can break down all oil-water emulsion structures in the medium; Through the filtration of the particle filtration system, the cleanliness of the medium can be stably controlled at the required state of the system to ensure the cleanliness of the oil; Not changing the physical and chemical properties of the oil, extending its service life; Low energy consumption and operating costs; The system has excellent configuration, strong continuous working performance, and is suitable for online operation.

 

Structural composition

1. Oil inlet system: including oil inlet pipelines, valves, and coarse filters. The oil inlet pipeline is responsible for introducing the oil to be processed into the oil filter, and the valve is used to control the flow and on/off of the oil. The coarse filter performs preliminary filtration on the oil to prevent larger particles and impurities from entering the subsequent precision filtration components, protecting the normal operation of the equipment.

2. Agglomeration filter element component: This is a key part of the oil filter machine, consisting of multiple agglomeration filter elements. As mentioned earlier, the coalescing filter element adopts a special hydrophilic fiber material, and its structural design can efficiently aggregate moisture. The material and manufacturing process of the filter element directly affect the dehydration performance and service life of the oil filter.

3. Water collection chamber: located below the coalescing filter element component, used to collect the water settled by coalescing. The water collection chamber is usually equipped with a liquid level detection device. When the water level reaches a certain height, it can be discharged from the oil filter through a drainage valve.

4. Fine filter: After the oil undergoes coalescence dehydration, the fine filter further filters the oil to remove residual small particles and impurities, ensuring that the cleanliness of the oil meets high standards. The precision of the filter element of the fine filter can be selected according to different usage requirements.

5. Oil outlet system: including oil outlet pipelines, valves, etc., which transport purified oil products to designated storage containers or equipment.

6. Control system: Modern coalescence dehydration oil filters are usually equipped with advanced control systems that can achieve real-time monitoring and control of the operating status of the oil filter. For example, monitoring parameters such as oil inlet pressure, oil outlet pressure, and water collection chamber liquid level, and automatically controlling valve opening and closing, motor start and stop, and other operations based on preset values to achieve automated operation of the oil filter.

 

Performance characteristics

1. Efficient dehydration: The coalescence dehydration oil filter has excellent dehydration ability, which can reduce the moisture content in the oil to extremely low levels. Its dehydration efficiency is much higher than traditional dehydration equipment, which can meet the application scenarios with extremely high requirements for oil moisture content.

2. High precision filtration: Not only can it effectively remove moisture, but it can also filter particles and impurities in the oil with high precision through a fine filter. Different precision filters can be selected according to different usage needs, with a filtration accuracy of up to micrometer level, ensuring the cleanliness of the oil.

3. Strong adaptability: Suitable for various types of oil, such as lubricating oil, hydraulic oil, transformer oil, diesel, etc. Whether it is light oil or heavy oil, the coalescence dehydration oil filter can achieve good purification effect.

4. High degree of automation: With the help of advanced control systems, the oil filter can achieve automated operation, reducing the workload and errors of manual operation. At the same time, the control system can also monitor the operating status of the equipment in real time, detect and alarm abnormal situations in a timely manner, and ensure the safe and stable operation of the equipment.

5. Low operating costs: Compared to some dehydration methods that require a large amount of energy, the energy consumption of the coalescing dehydration oil filter is lower. Moreover, its filter element has a long service life and a relatively low replacement frequency, which reduces the maintenance cost of the equipment.

 

application area

1. Power industry: In power equipment such as transformers and mutual inductors, the quality of insulation oil directly affects the safe operation of the equipment. The coalescence dehydration oil filter can be used to remove moisture and impurities from insulating oil, improve the insulation performance of insulating oil, ensure the reliable operation of power equipment, and prevent electrical faults caused by oil quality problems.

2. Petrochemical industry: Purification treatment of various oil products is crucial in the process of petroleum refining and chemical production. Agglomeration dehydration oil filter can be used in crude oil dehydration, lubricating oil purification and other processes to improve oil quality, reduce equipment wear, extend equipment service life, and also help improve production efficiency and product quality.

3. Mechanical manufacturing industry: In the lubrication system of mechanical equipment, the cleanliness of lubricating oil plays a key role in the normal operation of the equipment. The coalescence dehydration oil filter can be used to filter moisture and impurities in lubricating oil, ensuring the normal operation of the lubrication system, reducing the wear of mechanical components, lowering equipment failure rates, and improving the reliability and stability of mechanical equipment.

4. Transportation industry: In the engine lubrication system and hydraulic system of vehicles such as automobiles, ships, and airplanes, the quality of oil directly affects the performance and safety of the vehicles. The coalescence dehydration oil filter can be used to purify these oil products, ensuring the normal operation of transportation vehicles and extending the service life of engines and hydraulic systems.

5. Metallurgical industry: In the metallurgical production process, a large number of hydraulic equipment and lubrication systems require high-quality oil products. The coalescence dehydration oil filter can be used to remove moisture and impurities from oil products, ensure the stable operation of hydraulic and lubrication systems, and improve the efficiency and quality of metallurgical production.

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