What is the maximum dirt-holding capacity of a high-flow filter element?
Published Time:
2021-09-22
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What is the upper limit of the dirt holding capacity of a high-flow filter element?
High-flow filter elements adopt a multi-layer structure. The inside is made of multiple layers of polypropylene material folded together, divided into a filtration layer and a support layer, with slightly different pore sizes.
High-flow filter element filter materials are divided into pre-filtration layers and filtration layers. The inner and outer frames are made of materials such as polypropylene or stainless steel. High-flow filter elements are water filter elements that combine pre-filtration and filtration.
The core of a large flow path filter element is the filter material, which is mainly polypropylene fiber. The high-throughput filter element structure is divided into two parts, mainly including the flow guiding layer and the filtration layer. The various parts of the high-throughput filter element are heat-welded, without any adhesive, forming a complete integral filter element, free of chemicals.
High-flow filter elements have obvious advantages in industry, unlike ordinary water filter elements. They have outstanding technological advantages, high filtration efficiency, long service life, strong dirt-holding capacity, strong filtration efficiency and dirt-holding capacity, and broad market prospects. The dirt-holding capacity of high-flow filter elements can reach about 15KG during commissioning and actual use (specific values vary depending on the pollutants).
For high-flow filters, due to the large flow rate of the filter element and high frequency of use, replacement may be required after 1-3 months of use, so high-flow filter elements are generally purchased as spares as a precaution. Therefore, special attention should be paid to the storage method of high-flow filter elements.
How to store high-flow filter elements?
1. High-flow filter elements cannot be stored outdoors and need to be stored in a dry and ventilated environment to prevent outdoor or humid environments from contaminating the filter elements and affecting their normal use.
2. When storing high-flow filter elements in a warehouse, harmful gases or corrosive substances in the warehouse should be avoided, and they should be properly categorized. At the same time, the warehouse temperature should be maintained at an appropriate level, and the humidity and temperature in the warehouse should be controlled and monitored regularly.
3. Different materials and storage methods should be used for high-flow filter elements, and they should be stored reasonably according to the materials to ensure the correct placement area. At the same time, when storing, classification should be carried out according to the specific types and specifications to avoid trouble or even loss during later use.

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