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• 09 2025-10

  Can Used Hydraulic Oil Be Reclaimed to Exceed New Oil Standards?

  Introduction to Reclaiming Used Hydraulic Oil   You manage heavy machinery in industries where hydraulic systems are vital. Over time, dirt, water, and wear particles build up in hydraulic oil. These contaminants harm performance and cause expensive repairs. Can you clean this used oil to match or even beat the purity of fresh oil, like ISO 4406 standards? Absolutely, with modern purification methods, you can restore oil quality, save money, and help the environment. Picture your equipment running longer without frequent oil changes. Reclamation removes harmful impurities and improves oil properties. Often, it achieves purity better than new oil, such as NAS 1638 Class 6 or cleaner. This reduces wear on parts. It works well in mining, manufacturing, and other demanding fields where downtime costs you dearly. As an expert in fluid management, I value partners who offer practical solutions. You should check out Ourun, a team focused on innovative oil purification tools. They design systems for vacuum dehydration and precise filtration, keeping your operations smooth. Their skill lies in tailoring equipment for tough tasks, helping you cut oil costs…
• 03 2025-10

  How Does an Oil Filtration Machine Work?

  Introduction You rely on heavy machinery every day in your operations, whether it's powering a factory floor or keeping turbines spinning smoothly. When oils in those systems get contaminated with water, particles, or gases, things go wrong fast—downtime hits, repairs pile up, and costs climb. That's where oil filtration machines step in. These devices clean insulating and lubricating oils right at the source, pulling out impurities that could shorten equipment life or spark failures. Imagine restoring oil to like-new condition without dumping it and starting over. You save money, cut waste, and keep production humming.   Picture this: a team of engineers who live and breathe oil purification, turning decades of field experience into machines that tackle the toughest jobs. They focus on vacuum tech that strips away moisture and air bubbles without harsh chemicals, making the process gentle on your oils. Their gear handles everything from transformers humming in substations to turbines driving power plants. You get compact units that fit tight spaces, run quietly, and process fast—often twice the speed of older models. Reliability? Built-in sensors track every…
• 26 2025-09

  How Centrifugal Oil Purifiers Boost Industrial Equipment Efficiency

  Centrifugal oil purifiers crank up industrial gear efficiency by whirling oil at 8000+ rpm to fling out junk like water, dirt, and bubbles—no clunky filters needed, so less mess and fixes. Ourun’s tough machines tackle thick oils up to 680 mm²/s, hitting super-clean levels (NSA1638 5–7) with barely any water left (≤0.010%), keeping turbines, ships, and factory machines humming longer and cheaper with fast cycles and auto-drain.   The Physics Behind Centrifugal Separation Centrifugal oil filters work using a cool physics trick called centrifugal force. Picture this: when oil mixed with stuff like water, gas, or dirt spins super fast inside a drum, the heavier bits get thrown to the drum’s edges. The lighter, cleaner oil stays in the middle. This process, known as centrifugal separation, sorts things out based on how heavy they are. It’s a bit like when a washing machine spins wet clothes to fling out water. In a centrifugal oil filter, the drum spins really fast—think 8000 rpm or more. This pushes denser stuff like water and gunk to the drum’s walls, leaving purer oil in…