In other circumstances, high-temperature corrosion occurs due to increased friction. Oxidation usually occurs if your engine is very hot, causing it to rust. High-temperature corrosion is the leading cause of engine corrosion. There are multiple causes of engine corrosion, and it takes time for one to notice. Thus, adding water to the coolant disrupts this ratio and increases the water in the coolant, reducing the coolant’s freeze protection and causing the engine to overheat. This combination implies that most coolant manufacturers mix similar quantities of water and ethylene glycol when manufacturing the antifreeze liquid. As mentioned earlier, a coolant is water and ethylene glycol, usually premixed on a ratio of 1:1. Mixing water and coolant causes the engine to overheat because it dilutes the coolant. There are several effects of mixing water and coolant. What Happens if You Mix Water and Coolant? Adding water to the coolant will dilute it further, making it ineffective. No, you shouldn’t mix water with coolant because water contains minerals that may build up inside your radiator, causing it to overheat.Īnother reason you shouldn’t mix water with coolant is that some antifreeze liquids are already premixed. However, a coolant removes this excess heat and adds antifreeze protection to ensure the engine runs optimally. The produced heat overworks the engine, leading to overheating. It then uses part of this energy to move the car forward while the remaining energy converts into heat. So, what exactly does the coolant do? When driving a car, the engine burns fuel to produce thermal energy. However, some coolants have other additives that make them unique. This antifreeze liquid consists of water and ethylene glycol. ![]()
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