HU718 5X Oil Filter with Wire Wound Polyester Mesh Element for Lubricating Oil Systems

This HU718 5X model oil filter is designed specifically for removing solid impurities and contaminants from lubricating oil systems across various mechanical and industrial applications. With its wire wound filter element constructed from polyester mesh, it provides consistent filtration performance where oil purity directly impacts equipment longevity and operational efficiency. The filter's specifications indicate compatibility with systems operating at temperatures up to 100°C and pressure differences reaching 10 MPa, making it suitable for environments where thermal stability and pressure tolerance are required. Its 10 mm inlet and outlet diameter allows integration with standard oil line fittings, while the manufacturer states performance characteristics including waterproof construction, low temperature resistance, and anti-static properties.

Features and Construction

The HU718 5X oil filter's construction centres on its filtration element and compatibility specifications that determine its application suitability. With a filtering accuracy rating of 10 units and a filter area measurement of 10 units as provided in the technical data, this component represents the core functional aspect of the product. The available specifications provide measurable parameters for integration and performance expectations within oil systems.

Material and Build

The filter utilises a wire wound element made from polyester mesh material, which creates a physical barrier for capturing solid impurities circulating within lubricating oil. This construction method provides consistent flow paths while offering particulate retention capabilities. The wire winding contributes structural integrity to the element, maintaining its form under the stated maximum working pressure difference of 10 MPa. Manufacturer-stated performance attributes include waterproof characteristics, low temperature resistance, and anti-static properties, though specific testing methodologies or certification details for these claims are not provided in the available source text.

Size and Practical Fit

With a 10 mm inlet and outlet diameter specification, this filter interfaces with standard oil line connections commonly found in lubrication systems. This dimensional consistency facilitates installation without requiring custom adaptors in many applications. The available measurement data focuses solely on connection diameters, without comprehensive external dimensions or mounting specifications being provided. This connection size compatibility represents the primary integration consideration for potential users assessing whether this filter matches their existing system fittings.

Uses and Placement

Designed specifically for lubricating oil filtration according to the source text, this filter addresses contamination control in systems where oil purity affects mechanical performance. Its stated purpose of removing impurities from oil positions it as a maintenance component rather than a primary processing unit. The application scope is defined as filtration within lubricating oil contexts, without specific industry or equipment limitations mentioned in the available specifications.

Event or Professional Use

Within industrial, manufacturing, or mechanical maintenance contexts, this oil filter serves as a replaceable component in lubrication systems requiring periodic impurity removal. Its maximum working pressure difference rating of 10 MPa suggests suitability for systems experiencing significant pressure variations during operation. The operating temperature capability up to 100°C indicates potential use in applications where oil temperatures might approach this threshold during peak operation periods. Professionals would consider these specifications when evaluating compatibility with their specific system requirements and environmental conditions.

Everyday Home Use

While primarily designed for lubricating oil systems which are more common in industrial or automotive contexts, potential domestic applications might include workshop equipment, power tools with oil systems, or mechanical hobby projects requiring oil filtration. Home users would need to verify that their specific equipment operates within the stated temperature and pressure parameters, particularly the 10 MPa maximum pressure difference and 100°C temperature limit. The 10 mm connection diameter represents a standard size that might match some domestic mechanical equipment oil lines.

Benefits and Buying Value

The value proposition of this oil filter centres on its role in maintaining lubricating oil purity through physical filtration of solid contaminants. By removing impurities from circulating oil, it contributes to reducing abrasive wear within mechanical systems where clean lubrication extends component life. The available specifications provide measurable parameters for assessing compatibility with existing systems, particularly the 10 mm connection diameter and operational limits of 10 MPa pressure difference and 100°C temperature.

Reuse and Low Maintenance

As a replaceable filtration component, this oil filter functions as part of regular maintenance schedules for lubrication systems rather than as a permanent installation. Its single-unit packaging indicates it is supplied as an individual replacement item rather than in bulk quantities. The absence of specified service intervals in the source text means users must determine replacement timing based on their system's operational characteristics, oil contamination levels, and pressure drop indicators. The wire wound polyester mesh construction suggests a physical filtration mechanism that captures particulates until element saturation occurs.

Why Choose This Product

Selection of this specific oil filter model would be based on matching its technical specifications with system requirements. The 10 mm inlet/outlet diameter represents a concrete compatibility factor for integration. The maximum working pressure difference of 10 MPa and operating temperature up to 100°C provide operational boundaries for application assessment. The wire wound polyester mesh element construction offers a specific filtration mechanism differing from pleated paper, sintered metal, or other filter media types. These measurable differentiators, combined with the manufacturer-stated performance characteristics of waterproofing, low temperature resistance, and anti-static properties, provide selection criteria for those requiring these specific attributes in their lubricating oil filtration.