
Automotive cleaning fluid is not the same as windshield washer fluid. However, automotive glass cleaning fluid is indeed windshield washer fluid. Components of Automotive Cleaning Fluid: Automotive cleaning fluid is generally composed of surfactants, polishing agents, phosphates, solvents, alkaline substances, and other ingredients. Surfactants are primarily used to reduce the surface tension of the liquid, making it easier to remove stains; polishing agents are mainly used to enhance the appearance of the car after cleaning. Functions of Automotive Cleaning Fluid: It can quickly clean surfaces such as automotive glass, fenders, and the car body. Automotive cleaning fluid can remove various adhesive papers, labels, and stickers from the glass surface, as well as grease from areas around the wheels, mudguards, bumpers, the car body, and various tools. Additionally, it forms a protective film on the car's paint after use.

The cleaning fluid is actually what we commonly call windshield washer fluid, and they are the same thing, specifically designed for cleaning car windshields. Every time I finish driving, I check the level of the washer fluid because dirt buildup can affect visibility, especially during rainy days or long-distance driving. Standard windshield washer fluid contains detergents and alcohol components, which can dissolve oil stains and dust, preventing scratches. However, some specialized cleaning fluids on the market are concentrated and require dilution with water, which is not the typical form of windshield washer fluid, but they serve the same essential function. I think the most important thing is to choose the right type for the season—in winter, you should use antifreeze windshield washer fluid; otherwise, it may freeze and damage the washer system in low temperatures. In summer, you can use the regular type, which is cost-effective and practical. Keeping the washer fluid topped up is basic car maintenance, and neglecting it can accelerate wiper blade wear. From my experience, this is crucial.

Windshield washer fluid and glass cleaner are essentially the same thing in daily car use, and as drivers, we often rely on them to keep the windshield clear. I've seen some advertisements stating that they are primarily water-based formulas with added surfactants for quick stain removal, making them more effective than plain water and preventing water spots. In the harsh winters of the north, I definitely opt for antifreeze windshield washer fluid to prevent freezing and clogging the pipes, while in the south, the choice is more flexible. The difference lies in the labeling—sometimes called windshield washer fluid, sometimes simplified to glass cleaner—but there's no substantial difference in function or ingredients. Just pay attention to the packaging instructions when purchasing, as inferior products may corrode car paint or rubber parts. Prices range from a few yuan to several dozen, with quality affecting cleaning effectiveness and wiper lifespan. Safe driving relies on clear visibility, and regularly checking this small detail significantly boosts driving confidence.

Windshield washer fluid is what we commonly refer to as glass water, and this is accurate. As a frequent driver, my personal experience confirms they are synonymous—products labeled differently on supermarket shelves contain the same liquid. Its primary purpose is to remove dirt from the windshield, with alkaline components that easily break down insect remains or mud spots. Interestingly, additives vary: the summer version includes detergents, while the winter version contains antifreeze to prevent the spray nozzles from freezing. Using pure water by mistake can leave mineral deposits that damage the glass surface. I recommend choosing based on the season: opt for -20°C antifreeze washer fluid in winter and standard cleaning fluid in summer. Prolonged lack of fluid can clog the spray system, and repair costs can far exceed the price of a single bottle. Making it a habit to top up before driving is my little ritual, ensuring a safer journey.


