Lubricating oil filter machine

Lubricating oil filter machinecharacteristic:

1. Extremely strong dehydration and degassing ability. This machine uses a large displacement vacuum pump to evacuate the system, ensuring the removal of evaporated water vapor and other gases;

2. Strong ability to filter out impurities. Adopting a filter material with a composite microporous structure, it is corrosion-resistant, high-temperature resistant, has good mechanical strength, long service life, and can deeply filter out fine particles in oil.

3. The machine is easy to operate and does not require anyone to guard it.

4. The condensation dehydration technology is used for the mixed gas extracted by vacuum, which enhances the effective output power of the equipment and greatly extends the service life of the vacuum pump.

Lubricating oil filter machinebrief introduction

Water and gas exist in two forms in oil - dissolved water and gas (below saturation point) exist in most oil systems and equipment, while free water and gas (above saturation point) exist in many oils.

Due to system leakage, poor sealing, long-term thermal load on oil, open storage, etc., moisture and gas in the air settle in the oil, resulting in water and gas in the oil.

Due to system leakage, particle dust entering the air, system wear and dust shedding, and long-term operation of oil under high temperature and water content, some oil will inevitably crack and deteriorate, resulting in the precipitation of gel like substances.

Hazards of water, gas, and impurities:

·Quickly oxidize and deteriorate the oil to produce acidic substances, which corrode the metal contact surface;

·The precipitation of additives in the oil fails, reducing the thickness of the lubricating film and intensifying mechanical wear;

·The insulation performance of oil decreases, the dielectric loss increases, and methane, acetylene, and hydrogen increase;

·Lubrication, cooling, and reduced flowability accelerate metal surface fatigue;

·Ice crystals formed at low temperatures block components and reduce system rigidity;

·Slow system response accompanied by reduced transmission performance of irregular actions;

·High oil temperature does not provide cooling effect;

·Oil pumps and power equipment are damaged due to cavitation;

The ability to quickly remove moisture, gases, impurities, and harmful components such as acetylene, hydrogen, methane, and ammonia from lubricating oil, as well as the performance of grey composite lubricating oil; Can effectively ensure the normal operation of oil system equipment and avoid accidents.