What does nanoe mean in cars?
2 Answers
nanoe refers to an in-car air purifier, more precisely, it stands for nano-sized electrostatic atomized water particles. These are charged water particles generated by applying high voltage to separate water molecules. nanoe is characterized by high water content, small particle size, weak acidity, stability, and abundant OH oxygen ions. The features of nanoe are as follows: 1. Small particle size and weak acidity: With a size of only 5-20nm, nanoe can penetrate deep into fibers and the stratum corneum, surrounding and inhibiting allergens (such as pollen, dust mite corpses, feces, etc.). Additionally, its pH level is weakly acidic, similar to human skin and hair, making it non-irritating to the skin and suitable for sensitive individuals. 2. Stability: Compared to ordinary negative ions, nanoe nano-sized water ions are less likely to combine with oxygen and nitrogen in the air, allowing them to remain stable in the air and neutralize bacteria, resulting in longer-lasting effects that can reach every corner of a room. 3. Abundant OH ions: This aspect requires some basic chemistry knowledge. Since most bacteria contain hydrogen ions, nanoe's rich OH hydroxyl groups can extract these hydrogen ions, combining them to form water (OH + H → H2O), thereby inhibiting bacterial growth. 4. Fresh scent: When the in-car nanoe generator is running, you may notice a faint, unique, and refreshing scent when you get close to it. This is likely the distinctive smell of nanoe particles, which dissipates into the air and becomes unnoticeable. 5. Comfortable airflow: The airflow from the in-car nanoe generator is not strong, so it should be regarded solely as an air purifier rather than a fan. However, this also contributes to its quiet operation.
I understand that nanoe in cars is an ion technology developed by Panasonic, officially named nano-sized electrostatic atomized water particles, commonly used in automotive air conditioning systems. This function works by releasing tiny charged particles containing moisture, effectively purifying the air inside the car, eliminating odors, and sterilizing. For example, if someone smokes in the car or there are pet odors while driving, nanoe can quickly neutralize these smells, keeping the air fresh. I also noticed that it is more advanced than ordinary ion technology because it contains moisture, which has a certain moisturizing effect on the skin, preventing excessive dryness of the air inside the car when the heater is used in winter. Many high-end models such as Toyota and Lexus are equipped with this system to enhance driving comfort. Technically speaking, ions attach to pollutants and decompose them, making it an eco-friendly and energy-efficient solution.
