Moisture is one of the most insidious enemies of dielectric insulating oil in transformers and other high-voltage equipment. It degrades dielectric strength, accelerates cellulose aging, and can lead to costly failures. When addressing this threat, maintenance teams often weigh two primary methods: Vacuum Dehydration and Mechanical/Oil Filtration. But which one is truly best for moisture removal? The answer isn't a simple choice—it depends on the condition of your oil and your specific goals. h... moreMoisture is one of the most insidious enemies of dielectric insulating oil in transformers and other high-voltage equipment. It degrades dielectric strength, accelerates cellulose aging, and can lead to costly failures. When addressing this threat, maintenance teams often weigh two primary methods: Vacuum Dehydration and Mechanical/Oil Filtration. But which one is truly best for moisture removal? The answer isn't a simple choice—it depends on the condition of your oil and your specific goals. https://qsnfilter.com/how-to-remove-moisture-from-transformer-oil
