HU718 5X Oil Filter: 10 Micron Wire Wound Element for Lubricating Oil Filtration

Designed for the specific task of purifying lubricating oil, the HU718 5X oil filter employs a wire wound filter element to capture contaminants down to 10 microns in size. This level of filtration helps maintain oil cleanliness, which is fundamental for protecting machinery components and supporting efficient system operation. The filter is engineered to function within defined operational limits, including a maximum working pressure differential of 10 megapascals and a temperature ceiling of 100 degrees Celsius. Its construction and stated performance features, such as waterproofing and low temperature resistance, are aimed at providing consistent service in its applicable filtering scope. With standard 10mm port connections, it is built for integration into relevant fluid systems where lubricating oil requires conditioning.

Features and Construction

The HU718 5X filter's design centres on its core filtering component and its ability to perform under specified conditions. It is a product focused on a clear mechanical function within a lubricating oil circuit.

Material and Build

The active filtering component is a wire wound filter element. This element utilises polyester mesh as its filtration medium, a material chosen for its ability to trap particulate matter while allowing oil to flow through. The wire wound structure provides physical support to the mesh, maintaining its form under pressure. The product's performance is described as including waterproof and low temperature resistance traits, alongside anti-static properties, which relate to its operational stability in various environments.

Size and Practical Fit

A key practical specification for installation is the inlet and outlet diameter, which is 10mm. This measurement dictates the size of the pipe fittings or ports the filter will connect to, ensuring compatibility with other system components. The filter area is noted as 10, a factor influencing flow rate and dirt-holding capacity. The model number 1121800009 provides a unique identifier for this specific filter configuration.

Uses and Placement

This filter has a defined purpose within systems that use lubricating oil, serving to protect downstream components from contamination.

Event or Professional Use

In industrial, automotive, or machinery maintenance contexts, this filter is applicable for circuits where lubricating oil needs continuous or periodic cleaning. Its 10-micron rating targets finer impurities, which is important for high-precision or sensitive hydraulic and lubrication systems. The ability to handle a pressure difference of 10 MPa indicates suitability for systems operating at moderate to high pressures.

Everyday Home Use

While primarily an industrial component, similar filtration principles apply to smaller-scale equipment. However, its use would be specific to machinery or devices in a workshop or garage setting that utilise a dedicated lubricating oil system, rather than general household applications.

Benefits and Buying Value

The value of this filter lies in its specification-matched performance and the practical benefits of maintaining clean oil in a system.

Reuse and Low Maintenance

As a consumable component, its value is in protecting more expensive system parts from wear. By effectively removing particles, it can contribute to extended oil life and reduced component abrasion. The stated performance features like low temperature resistance suggest it can function in cooler environments without compromise, potentially reducing seasonal maintenance concerns.

Why Choose This Product

This filter is selected based on its precise specifications matching a system's requirements: the 10-micron accuracy, 10mm port size, 10 MPa pressure rating, and HU718 5X/1121800009 model number. It offers a focused solution for lubricating oil filtration where these parameters are critical, avoiding the guesswork of using a non-specified part. Its construction with a polyester mesh wire wound element is a proven design for this application.