Home / News / How does a cartridge oil filter perform? What size particles and contaminants does it effectively remove?
The performance of a cartridge oil filter is often determined by its design, materials, and build quality. Generally speaking, a high-quality cartridge oil filter can effectively remove particles and contaminants of many sizes, keeping your engine clean and running properly.
Performance considerations usually include the following aspects:
Filtration Efficiency: The filtration efficiency of a cartridge oil filter indicates its ability to remove particles. Generally speaking, efficient filter element design and materials can remove most of the tiny particles and improve the cleanliness of the engine oil.
Particle Retention Capacity: The material and structure of the filter element determine its ability to retain particles of different sizes. A high-quality filter element can effectively trap particles ranging from a few microns to tens of microns in size and prevent them from entering the engine system.
Pressure resistance: The filter element needs to have sufficient pressure resistance to withstand the oil pressure when the engine is running, keep its shape and structure unchanged, and ensure normal oil filtering effect.
High temperature resistance: The filter element needs to be able to remain stable in high temperature environments and not be deformed or failed due to the influence of heat, ensuring effective filtration of engine oil for a long time.
Persistence and Durability: High-quality cartridge oil filters have a long service life and good durability, and can withstand long-term use and work under high-load conditions.