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For transformers over 10 MVA or in critical infrastructure, DGA (Dissolved Gas Analysis) is recommended every 6-12 months. Fluidex systems include sealed sampling ports and BDV testers to support a full diagnostic cycle. Regular DGA helps detect faults like arcing, overheating, and corona discharge early.

Xinxiang Lvda is one of many Chinese suppliers in this segment. If you’re comparing with European-quality solutions, Fluidex offers better build standards, CE certification, and deeper vacuum performance. While Lvda is cost-effective for some markets, Fluidex focuses on long-term durability, industrial-grade reliability, and support. It depends on whether you’re running high-voltage systems where failure is not an option.

Transformer oil reclamation involves restoring aged oil’s chemical and physical properties. Fluidex offers reclamation units that combine filtration, vacuum treatment, and clay-based regeneration in a single system. These setups are ideal for companies maintaining their own transformer fleet and wanting to reduce reliance on external contractors. The oil can be reused multiple times, making this a cost-effective, environmentally friendly solution.

An online oil filtration system allows continuous filtration without shutting down equipment. This is crucial in industries where operational continuity is critical. Fluidex manufactures online oil filtration systems that can be connected directly to operating equipment like transformers or hydraulic presses, ensuring uninterrupted operation. These systems remove water, air, and particulates in real time, significantly reducing the risk of breakdowns and ensuring better oil reliability.

Oil degassing stations operate by heating the oil and subjecting it to a vacuum or centrifugal force, which causes the gases and moisture to evaporate. The gas is separated and collected, while the degassed oil is returned to the system or processed further. The station improves oil quality by ensuring it is free of gases that could cause operational problems or safety risks.

Transformer oil purification methods include:
– Filtration: Removes solid contaminants from the oil.
– Vacuum Dehydration: Removes moisture and dissolved gases using a vacuum chamber.
– Centrifugation: Separates water and sludge from the oil based on density.
– Degassing: Removes dissolved gases to improve oil dielectric strength.

Industrial oil purification works by removing contaminants such as water, solid particles, and dissolved gases from lubricating, hydraulic, and transformer oils. The process typically involves heating the oil to reduce viscosity, passing it through filtration systems to remove solids, and using vacuum dehydration to extract moisture and gases. This restores the oil’s insulating and lubricating properties, extending the lifespan of machinery and equipment.