Oil filter element
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AE29052 inline fuel filter
Introduction to AE29052 inline fuel filter
AE29052 inline fuel filter is an external fuel filtration device, usually installed outside the fuel tank and connected in series with the inlet pipe. Its core function is to intercept solid impurities and moisture such as iron oxide, dust, and gum in the fuel through efficient filter materials, preventing these pollutants from entering the engine fuel system. The filter adopts a metal shell (mostly made of aluminum) and an internal stainless steel bracket structure, with a chrysanthemum shaped folded filter paper mounted on the bracket. This design significantly increases the filtration area, improves the pollutant holding capacity and flow efficiency. Its compact structure and easy installation position make it convenient for quick replacement in the engine compartment, suitable for the fuel system needs of most passenger cars and light commercial vehicles. As a key component of the electronic fuel injection system, AE29052 needs to withstand a fuel pressure of 200-300kPa, and the pressure resistance strength of the filter material is usually above 500kPa, ensuring stable filtration under high-pressure conditions.
Characteristics of AE29052 inline fuel filter
The core advantages of AE29052 lie in its efficient filtering and ease of maintenance. The filter paper adopts a microporous structure, which can intercept small particles of 3-5 μ m, with a filtration efficiency of over 99%, effectively protecting precision components such as fuel injectors and fuel pumps from wear and tear. The metal shell has high strength and corrosion resistance, and is suitable for complex working environments. Its inline design shortens the replacement cycle to 15000-20000 kilometers (depending on the quality of the oil), and there is no need to disassemble the fuel tank, resulting in low maintenance costs. In addition, the filter is equipped with a check valve and pressure regulation function, which can prevent fuel backflow and stabilize the fuel supply pressure, improving the engine's cold start performance. Compared with the built-in filter, AE29052 has significant convenience in replacement, especially suitable for vehicles that require frequent maintenance or use low-quality fuel. It can significantly reduce problems such as reduced power and increased fuel consumption caused by filter blockage.
AE29052 inline fuel filter usage range
The AE29052 inline fuel filter is widely used in passenger cars and light commercial vehicles equipped with electronic fuel injection systems, covering both naturally aspirated and turbocharged engines. Its high-pressure tolerance characteristics make it an ideal choice for direct injection (FSI) technology vehicles, capable of handling fuel system pressures of up to 600kPa. This filter is compatible with multiple grades of gasoline, especially suitable for areas with uneven oil quality. It can effectively filter fuel with high sulfur content or high impurities, extending engine life. In the repair market, AE29052 is often used as a substitute for original parts for maintenance of mainstream brand models such as Volkswagen, Toyota, and Honda. For high mileage vehicles such as operating vehicles or taxis, their easy to replace characteristics can reduce downtime and improve operational efficiency. In addition, this filter is also suitable for the modified car market, providing stable fuel cleanliness assurance for vehicles that improve engine performance.
Usage scenarios for Material of Replace Ingersoll Rand Oil Separation Filter Element Air Compressor Components
The replacement of Ingersoll Rand oil separation filter air compressor components is widely used in various industrial fields that require pure and oil-free compressed air, such as electronics, medicine, food, textiles, etc. In these industries, there are strict requirements for the purity of compressed air, so efficient oil separation filters are needed to ensure the quality of compressed air. Meanwhile, due to its long lifespan and high filtration efficiency, it is also suitable for scenarios that require long-term continuous operation and high equipment maintenance costs.
