In a vehicle with a combustion engine, fuel is converted into heat energy, which means the vehicle can get very hot very quickly. The cooling system reduces internal engine temperatures and prevents possible overheating by dissipating and removing heat from the vehicle’s engine. Cooling systems use antifreeze to control the internal temperature of the vehicle. Engine coolants, like antifreeze, have to withstand low temperatures without freezing and high temperatures without boiling. The antifreeze in your cooling system is composed of ethylene glycol and water. This mixture improves the boiling and freezing points of antifreeze and makes it effective at controlling a vehicle's temperature. Aside from keeping your engine cool as it circulates throughout the cooling system, antifreeze also prevents corrosion and helps lubricate the engine to keep it in proper working order. If your cooling system experiences a leak, it’s crucial that you get it checked out sooner rather than later.
The cooling system plays a very important role in regulating the internal temperatures in your vehicle. Unfortunately, cooling systems are not impervious to damage. Leaks can occur when corrosion is present, and these leaks may be hard to find. Because antifreeze helps maintain consistent internal temperatures while preventing corrosion and lubricating internal components, a cooling system leak left untreated will eventually lead to bigger problems. If you spot a leak, be sure to visit us for a cooling system pressure test. Our pressure test can locate the source of the leak. Once a leak is identified, a member of our service staff can determine the proper repair procedure. Our cooling system pressure test is effective and dependable, and we are confident that we will be able to make the cooling system repairs that your vehicle requires.
We proudly service the Cooling System Pressure Test needs of customers in Richmond, TX, Sugar Land, TX, Katy, TX, and surrounding areas.
Areas Served : Richmond, TX | Sugar Land, TX | Katy, TX | and surrounding areas
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