Product Introduction
In the expansive universe of fluid filtration, two stars shine particularly brightly: the High Flow Hydraulic Filter and the High Flow Water Filter Element. These advanced filtration products have been designed with a singular purpose - to ensure maximum efficiency in handling high volume flows in various hydraulic and water filtration systems.
As the name suggests, the High Flow Hydraulic Filter is designed to handle high volume hydraulic fluid flow. It is a sturdy, high-capacity filter with advanced design features that allow for an increased surface area, maximizing its filtration capabilities.
Technical Parameters
Material |
Filter Media | Polypropylene |
Support/Drainage | Polypropylene(PP) |
End Cap Material | Glass fiber reinforced Polypropylene(PP) |
Seal Material | EPDM, Buna-N, Silicone |
Size |
Length | 20"(508mm).40"(1016mm)60"(1524mm) |
Outside Diameter | 6.5inch (165mm) |
Inside Diameter | 3 inch (76.2mm) |
Filtration Rating | lμm,3μm,5μm,10μm,20μm,50μm,70μm,100μm |
Operation conditions |
Max. Operating Temperature | 80℃ |
Recommend DP for change-out | 2.1-2.4bar |
Filtration Area | 18㎡ at 60inch,12㎡ at 40inch |
Application Scenarios
Both the High Flow Hydraulic Filter and the High Flow Water Filter Element serve crucial roles across a multitude of industries. Hydraulic filters find their applications in industries such as construction, mining, and automotive, where they keep hydraulic systems in optimal working condition.
Conversely, the High Flow Water Filter Elements play an integral role in water treatment facilities, municipal water systems, and industrial water filtration systems, ensuring clean, safe water at high volumes.
Product Advantages
These high flow filtration systems offer a myriad of advantages that sets them apart from traditional filtration products. They offer superior filtration performance under high flow conditions, ensuring excellent dirt-holding capacities and long service life.
Moreover, their innovative designs facilitate easy installation and maintenance, reducing downtime and labor costs. The potential energy savings and the reduced environmental impact from less frequent filter replacements make these products even more appealing for industries aiming for sustainability.
Working Principles
The working principles of both the High Flow Hydraulic Filter and the High Flow Water Filter Element rest on the concept of efficient filtration at high flow rates. The specially designed filter media ensures maximum contaminant capture, while the large surface area allows for high flow rates without compromising on efficiency.
As the fluid passes through the filter, contaminants are trapped within the filter media, resulting in clean, filtered fluid on the other side. The compact design and high capacity of these filters make them perfectly suited for applications requiring high flow rates and efficient filtration.
Conclusion: A Bright Future for High Flow Filtration
In a world where efficiency, sustainability, and performance are paramount, the High Flow Hydraulic Filter and the High Flow Water Filter Element stand out as ideal solutions. Their superior design, unmatched performance, and wide range of applications promise a future where high flow filtration is the norm rather than the exception. With continuous advancements and innovations, we can expect these products to revolutionize fluid filtration across industries. The era of high flow filtration is here, and it is here to stay.
FAQ
Q: Can high flow filter elements remove odor from water?
A: High flow filter elements are typically designed to remove particles from water and may not effectively remove odor, which is usually caused by dissolved substances. However, some specially designed filters may help reduce odors.
Q: What's the difference between radial and axial flow in high flow filter elements?
A: In radial flow design, fluid flows from the outside of the filter towards the inside. In axial flow design, fluid flows along the length of the filter. The choice between the two depends on the specific application and design of the filtration system.