Replace Eaton 312618 hydraulic oil Filter Element is widely used in industrial manufacturing fields, such as metal processing machines and injection molding machines, to ensure high-precision operation of equipment hydraulic systems; In terms of construction machinery, such as excavators and loaders, they can adapt to the strict requirements for hydraulic oil cleanliness under harsh working conditions; In addition, it is also suitable for industries such as aerospace, shipbuilding, and wind power that require extremely high stability of hydraulic systems.

The 312618 filter cartridge has the following characteristics:

Excellent filtering performance

High precision filtration: Using advanced filter material technology, it can effectively intercept particles and impurities ranging from 1-25 microns, such as metal debris, dust, colloids, etc., providing a highly clean working medium for hydraulic systems, greatly reducing system component failures caused by impurity wear, and extending the service life of precision components such as hydraulic pumps and valves.

High pollutant carrying capacity: The unique pleated design of the filter element significantly increases the effective filtration area of the filter material, giving it a larger pollutant carrying space. Compared to regular filter cartridges, Eaton 312618 can accommodate more impurities, extend replacement cycles, reduce equipment downtime due to filter maintenance, and lower overall maintenance costs.

Material and structural advantages

High strength and durable materials: The shell is made of high-strength and corrosion-resistant metal materials, such as stainless steel, which can withstand high working pressure. Even under harsh working conditions such as high pressure and high vibration, it is not easy to deform or damage, ensuring the stable operation of the filter element. At the same time, the filter material has good tolerance to hydraulic oils with different chemical properties, adapts to various working media, and ensures long-term reliable filtration.

Optimized structural design: The overall structure has been carefully optimized to ensure filtration efficiency while minimizing pressure loss during oil passage, enabling the hydraulic system to maintain high efficiency, reduce energy loss, and improve system operating efficiency.

Easy adaptation and maintenance

Wide adaptability: The interface design conforms to industry standards, has good universality, and can quickly and conveniently adapt to various brands and specifications of hydraulic systems without complex modifications or adjustments. The installation process is simple, effectively reducing installation time and costs during equipment maintenance.

Convenient maintainability: The replacement operation is simple and easy, and maintenance personnel can quickly complete the filter replacement work, shorten equipment downtime, and improve production efficiency.