What if your aerospace hydraulic system failed at a critical moment due to inadequate filtration? Using metal mesh filters could prevent this nightmare scenario. Unlike fiberglass or paper filters, metal mesh filters offer unmatched durability and superior filtration efficiency, protecting your system from harmful particle contamination. This superiority means fewer maintenance issues, lower costs, and increased reliability. Additionally, metal mesh filters are washable and reusable, making them a cost-effective and sustainable choice. Upgrade to metal mesh filters to ensure your hydraulics operate smoothly and securely, avoiding costly and stressful system failures.
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When you are looking for the right metal filters, you can rest assured knowing Fluid Conditioning Products manufactures, tests, and produces the best metal mesh filters on the market. These hydraulic filters reduce contamination, won’t degrade over time, and can handle extreme temperature ranges. If you’re looking for a solution beyond stock parts, FCP can help create custom-engineered hydraulic filters and housing. Just contact us to learn more and request a quote!
Fiberglass filters in the hydraulics system of an aerospace machine often cause issues in the system. When the engine starts, it causes the filter to shake. This shaking releases glass particles into the hydraulics system, and these glass particles contaminate the system downstream, damaging seals and pumps. It costs you more money to repair the system in the product replacement and the hours it takes to fix it.
Not only do fiberglass filters lead to increased maintenance costs and hours, but they also increase failure rates and excessive wear and tear. Your equipment won’t operate at its best, so your critical missions won’t either. Switching to all-metal filters, like the hydraulic filters manufactured by FCP, can help reduce these costs and improve performance.
Unlike fiberglass filters, which cause particle contamination, paper filters can leak unwanted chemicals into your system if treated with bleach or other substances. This issue isn’t just applicable to the aerospace industry; the marine industry also relies on clean, filtered oil to prevent impurities from compromising ship operations. Using metal mesh filters ensures superior durability and filtration efficiency, protecting your systems from harmful contamination and reducing maintenance costs. Upgrade to metal mesh filters to safeguard your hydraulics and ensure smooth, reliable operation.
What if your aerospace hydraulic system could run smoothly without the risk of contamination and costly failures? The solution lies in metal mesh filters. Unlike fiberglass or paper filters, metal mesh filters reduce contamination by up to 95%, significantly decreasing failure rates. Research shows that these filters can save approximately $4 million for every 100 hours of fleet operation time by minimizing the need to replace hydraulic pumps and primary servo components. In both the aerospace and marine industries, where clean oil is crucial for efficient operation, metal mesh filters offer the superior protection your systems need.
Our metal mesh filters provide excellent filtration efficiency and longevity, far surpassing fiberglass or paper filters. With no binders and solid metal-to-metal contact points, metal mesh filters are robust and reliable, ensuring your hydraulic system remains free from contaminants. Unlike fiberglass filters, which can shed particles into the system, metal mesh filters maintain the purity of your hydraulics. By upgrading to metal mesh filters, you enhance your system’s performance and achieve significant cost savings, making them the smart choice for any industry that relies on clean, efficient hydraulics.
FCP is a leader in manufacturing specialty filtration products with our all-metal mesh filters. All-metal filters are cleanable, reusable, and can withstand extreme temperature ranges. It’s no wonder they are used in military jet aircraft, helicopters, nuclear submarines, naval surface ships, and more. We use stainless steel in our filters, but they’re also available in bronze and various alloys.
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Plus, as an AS-certified company, you know that FCP produces high-quality, reliable products that follow strict adherence to our quality assurance program. We follow a quality manual for all the filters we make, and our experienced team uses the best manufacturing equipment to provide reliable, consistent filters every time.
If you’re tired of having excess maintenance costs because your fiberglass or paper filters aren’t measuring up, it’s time to get metal mesh filters. Contact Fluid Conditioning Products today, and we can help you switch to metal filters and even provide you with a custom filter for your specific needs.
The oil filter is your engine's first and most important line of defense. Responsible for—you guessed it—filtering out harmful debris and particles, it plays a vital role in the health of any motor. It turns out what type of oil filter you use is just as important as using one.
The Total Seal Piston Rings YouTube channel put together a fun and scientific analysis comparing an all-metal "screen" wire mesh-type oil filter to a traditional paper-based filter. Using one of its bench-testing V-8s, it pre-mixed iron particles into the oil and ran the engine with both filters. The goal was to see which filter would pick up more of the iron over a set of runs to redline. The fewer particles of iron left in the engine, the better.
The results are decisive. While the paper filter was able to filter out a sizable 85 percent of particulates present in the oil, the metal-based filter was only able to filter away 9 percent of the particles present. Yikes.
That's down to the depth of the paper itself, says host Lake Speed Jr. The paper's membrane-like material allows it to do a better job filtering versus the metal, which can only catch particles down to a certain size. After that, it's not catching anything.
The testing had some serious real-world effects on the engine, too. In an hour of running the engine on a bench dyno with the paper filter, no power from the engine was lost. But with the metal filter, the engine lost 10 horsepower in one hour of running, indicating some pretty serious wear at places like the piston rings.
So while those metal screen filters might look fancy and high-tech, they're very likely doing more damage than good for your engine.
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