The Domnick Hunter 010PF is a high-efficiency precision filter element for industrial compressed air filtration systems. It belongs to the classic "OIL-XEVOLUTION" series and is primarily used for high-precision removal of fine particles and oil from compressed air. The following is a summary of its core information:
I. Product Positioning and Core Functions
The 010PF is a precision filtration model in the K620 series ("PF" stands for Precision Filter). Its core function is to deeply remove **solid particles (≥0.1μm), oil mist, and droplets (water, oil)** from compressed air, meeting the needs of general industrial scenarios with high requirements for compressed air cleanliness. It serves as a "high-precision purification node" in compressed air filtration pipelines.
II. Technical Parameters and Performance Characteristics
Core Filtration Performance:
* Filtration Accuracy: Removes solid particle impurities ≥0.1 microns while efficiently separating oil mist and droplets;
* Oil Content Control: The oil content of the treated compressed air is ≤5ppm, meeting the cleanliness requirements of general industrial equipment and spraying applications.
Durability and Compatibility:
Material: Utilizes imported glass fiber, wood pulp paper/cotton pulp paper, and other filter media, paired with aluminum alloy spacers, possessing acid and alkali resistance.
Operating Conditions: Maximum operating temperature 66℃, maximum pressure difference 0.02MPa, suitable for small to medium flow compressed air pipelines.
Flow Rate Matching: Model 010 is suitable for flow rates of approximately 0.5 m³/min (in the K620 series, higher flow rate models have higher numbers; K620 is suitable for 37.3 m³/min).
Technical Advantages: The new generation filter element adopts deep bed pleated technology, increasing the filtration area by 450% compared to traditional filter elements. It also possesses oleophobic and hydrophobic properties, preventing liquids from adhering to the fiber surface and avoiding the dust-holding space being occupied by condensate, effectively reducing system pressure loss and energy consumption, and extending the filter element's service life.