High Dust Holding Capacity: Captures more airborne particles to extend filter life and reduce maintenance frequency.Low Pressure Drop: Maintains stable airflow while helping reduce HVAC energy consumption.Reduce Frequent Filter Changes: High-capacity filter media helps minimize replacement intervals
IntroductionChoosing the appropriate filtration equipment is essential for achieving consistent product quality, maintaining hygienic production, and protecting processing equipment in food and beverage manufacturing. Different liquids require different filtration technologies based on viscosity, pa
IntroductionLiquid filtration is an essential process throughout the food and beverage industry. From raw material processing to final product packaging, filtration helps improve product quality, maintain hygienic production conditions, and protect downstream equipment. Selecting the appropriate fil
High Dust Holding Capacity: Captures more airborne particles to extend filter life and reduce maintenance frequency.Low Pressure Drop: Maintains stable airflow while helping improve HVAC system efficiency and lower energy consumption.Reduce Frequent Filter Changes: High-capacity filter media helps m
High Dirt-Holding Capacity: Captures large amounts of suspended solids, helping extend filter service life and reduce maintenance frequency in mining water systems.Stable High Flow Performance: The pleated structure provides a larger filtration area, supporting consistent flow while lowering pressur
High-Efficiency Filtration: Removes fine particles to help protect RO membranes and maintain stable process water quality.Large Filtration Area: Supports high flow rates while reducing pressure drop and extending cartridge service life.Reduce Frequent Cartridge Changes: High dirt-holding capacity he
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Basic Components
Housing body: the main structure containing the inlet/outlet port, generally made of aluminum alloy, plastic or stainless steel
Filter element connection: Spin-on or Cartridge
O-ring: Ensure the filter element and housing are sealed to prevent leakage
Inlet/outlet port: standard threaded or quick plug interface, connecting to fuel pipeline
Water Bowl: Installed at the bottom for collecting moisture with drain valve
Water level sensor interface: detects whether there is any water accumulation
Manual pump (hand oil pump): used for manual exhaust or pre-oil supply
Heater interface (optional): Preheat diesel in cold climates to prevent wax from precipitating out and blocking the filter element
Specifications
1.Suitable fuel: diesel, gasoline, biodiesel (B5/B20/B100), kerosene, etc.
2.Housing material: aluminum alloy (died casting), plastic (nylon PA66+GF), stainless steel 304/316.
Working pressure: generally 0.3–1.5 MPa (3–15 bar), common rail system may be higher (up to 3 MPa).
Temperature range: -40°C ~ +120°C (high temperature type with heater up to 150°C).
Filtration accuracy: 2μm, 5μm, 10μm, 20μm (depending on the filter element).
Interface specifications: M14×1.5, M16×1.5, 3/8"-18 NPT, quick plug Ø8/Ø10/Ø12.
Filter element compatibility: Spin-on, Cartridge.
Water cup capacity: 50–150 ml with drainage knob or electronic water sensor.
Filter size: Height 70–200 mm, diameter 60–120 mm (depending on vehicle model or equipment).
Installation method: flange, bracket, screw fixation, horizontal or vertical installation.
Application Scenarios
Passenger car gasoline/diesel filtration system
Commercial vehicle (truck, bus, heavy truck) diesel system
Construction machinery (excavator, loader)
Diesel generator set
Ship/Maritime Engine
Agricultural machinery and equipment (tractors, harvesters, etc.)
Select Suggestions
Fuel type: If biodiesel (B20/B100) is used, the corrosion resistance of sealing rings and plastic parts must be confirmed.
High filtration accuracy requirements: Rail system recommended to choose ≤5μm accuracy, with moisture separator.
Ambient low temperature operation: live heating function should be selected, combined with heater controller.
Frequent maintenance occasions: It is recommended to choose a transparent water cup + hand pump + quick-install filter element structure.
Flow demand: General passenger car: <100 L/h, engineering vehicle/generator: 100–500 L/h or higher.
Automatic monitoring requirements: can be connected to water level sensor and pressure differential sensor, equipped with CAN or PLC communication module.