HP101L366MB Hydraulic Filter Element

The hydraulic oil filter element is a mesh made of multi-layer metal stamping, which is manufactured through special lamination and vacuum sintering processes. It is a new type of filter material with high mechanical strength and overall rigidity. The meshes of each layer of wire mesh are interlaced to form a uniform and ideal filtering structure, which not only overcomes the low strength, poor rigidity, and unstable mesh shape of ordinary metal wire mesh, but also can control the pore size of the material. Permeability and strength characteristics are reasonably matched and designed, so that it has excellent filtration accuracy, filtration resistance, mechanical strength, wear resistance, heat resistance and processability. The overall performance is significantly better than that of sintered metal powder, ceramics, Fiber, filter cloth, filter paper and other types of filter materials.

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1.Product introduction:

It is usually installed in the inlet end of the hydraulic system to filter out metal particles, polluting impurities, etc. in the fluid medium, which can protect the normal operation of the equipment. When the fluid enters the filter, its impurities are blocked and clean The filtrate is discharged from the outlet of the filter. When cleaning is needed, just take the filter element out of the filter, treat it with industrial liquid, and install it.

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2.Best system locations for hydraulic filters

There are many variables to consider when choosing the location for a hydraulic filter: system cleanliness requirements, system pressure, where in the system are the components that are trying to be protected, pump flow, total return flow, just to name a few. The following are typical locations with schematic’s to consider when designing a hydraulic circuit:

Pressure filtration: Pressure filters usually produce the lowest system contamination levels to assure clean fluid for sensitive high-pressure components and provide protection of downstream components in the event of catastrophic failures. Systems with high intermittent return line flows may need only be sized to match the output of the pump, where the return line may require a much larger filter for the higher intermittent flows.

Return line filtration: Return line filters are often considered when initial cost is a major concern. A special concern in applying return line filters is sizing for flow. Large rod cylinders and other components can cause return line flows to be much greater than pump output. Return lines can have substantial pressure surges, which need to be taken into consideration when selecting filters and their locations.

3.Performance characteristics

1. The filter element is made of glass fiber/stainless steel mesh imported from the United States, which has the advantages of convenient sewage discharge, large circulation area, small pressure loss, simple structure, small volume, light weight, uniform filter material, etc

2.The compatibility of the filter material is suitable for the filtrationofgeneralhydraulic oil.

3. The filter element is supported by the solid filter material on both sides and the stable filter material.

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4.Application areas:

1.Used for the filtration of the hydraulic system of the rolling mill and the continuous casting machine and the filtration of various lubricating equipment.

2.Thermal power and nuclear power: lubrication systems, speed control systems, bypass control systems for gas turbines, boilers, oil purification, feedwater pumps, fans, and dust removal systems.

3.Glass: blowing bottles and glassware, blowing lamps and electronic tubes, combustion gas, transmission of raw materials, glass etching and polishing and drilling, conveying glass, pneumatic control, vacuum hanging plate; air separation manufacturing N2: float glass

4.Oil refinery: combustion gas, draining and cleaning oil circuits, lifting and elevators, drive control systems, catalyst recirculation, sandblasting, painting

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