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High-quality filters used in the pipelines of hydraulic systems ZU-H100X5L 5UM

Name: High-quality filters used in the pipelines of hydraulic systems ZU-H100X5L 5UM
Price: Negotiable

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Supply Ability 1000 per Month
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Product Description

Product introduction

GY-Filters hydraulic cartridges are built to provide superior protection from particles and contamination that can result in inefficiency, downtime, and excessive repair costs. Proper fluid cleanliness levels are critical for components in the hydraulic fluid stream. Types of filtration media used depend on the application. GY Filters use microglass media, stainless steel mesh, or paper media. Micron ratings range from 250 microns down to 1 micron. These hydraulic cartridges are essential to extending component lifecycles and reducing operating expenses.

wire netting

Harsh operating environments require robust materials of construction in order to operate as needed. Whether your application involves extreme environments such as high operating and differential pressures, extreme temperatures, or fluids with compatibility needs, materials of construction is vital to ensure your system is protected.

wire netting

Woven wire mesh is a surface filtration media that removes particulate by stopping it at the surface of the filter media. Unlike its depth filtration based counterparts, woven wire mesh has a known appature size based on the weave selected giving the mesh an "absolute" micron rating. Wire mesh is most commonly manufactured out of 304 or 316 CRES, however, other materials may be used based on application.

A wide range of filter media is available including:

Woven wire mesh can be formed to many sizes and shapes to allow for different flow dynamics. Woven wire mesh elements operate using surface filtration which captures 100% of particles at a given micron rating. Surface based filtration allows for easy cleaning by back flushing the elements. Since particulate is not embedded in the element, regular cleaning will extend the service life of the elements.