中村 零

Midel 7131 is a synthetic ester with higher viscosity and fire point. Standard purification systems may require flow and temperature adjustments. Fluidex offers ester-compatible systems for Midel 7131 with optimized heating and vacuum settings.

An oil purifier system removes moisture, gases, acids, and particles from industrial oils. Fluidex systems are used for transformer oil, hydraulic oil, and turbine lube. They combine vacuum dehydration, degassing, and fine filtration – used in power plants, refineries, and mobile service vans.

Yes. Many modern transformers integrate sensors for temperature, moisture, and dissolved gases. Fluidex equipment ensures clean oil, allowing accurate sensor readings and DGA analysis. Combined with SCADA or AI, you can build predictive fault detection models.

Online transformer oil filtration is the process of purifying transformer oil without switching off the transformer. This method is widely used at high-voltage substations and industrial sites where continuous power supply is critical. Fluidex produces mobile and stationary units for online filtration, which remove moisture, dissolved gases, and solid particles from mineral insulating oils. The process helps maintain dielectric strength and extends equipment life, making it suitable for maintenance of power transformers in steel plants, chemical factories, and utility infrastructure.

Vacuum degassing of oil works by heating the oil and placing it in a vacuum chamber where the pressure is significantly reduced. The reduced pressure lowers the boiling point of water and gases, causing them to evaporate from the oil. The evaporated gases and moisture are extracted by vacuum pumps, leaving the oil free of dissolved gases and moisture. This process is particularly important for improving the insulating and cooling properties of transformer oil.

The transformer oil degassing process involves:

Heating the oil to lower its viscosity.
Vacuum chamber treatment where the oil is exposed to reduced pressure, causing dissolved gases and moisture to evaporate.
Vacuum pump extraction that removes the evaporated gases.
Recirculation of the degassed oil back into the transformer to restore dielectric strength and insulation.

The procedure for transformer oil purification involves:
– Heating the oil to reduce its viscosity.
– Filtration to remove solid particles.
– Vacuum dehydration to extract moisture.
– Degassing to remove dissolved gases.
After these steps, the oil is tested for dielectric strength and recirculated back into the transformer.

An oil purification machine works by circulating oil through filtration systems, vacuum dehydration units, or centrifuges. It removes contaminants like water, dissolved gases, and particles that degrade the oil’s performance. The machine typically heats the oil to reduce viscosity, improving filtration and separation processes. After purification, the clean oil is recirculated back into the system for reuse, ensuring optimal performance of the equipment or machinery.