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Product Description
1. Stuck or Clogged: The valves or pistons inside the thermostat can get stuck or clogged, preventing the coolant from flowing properly. This may cause the engine to overheat or the coolant to circulate poorly, which in turn affects the performance and life of the engine.
2. Failure or premature opening: Thermostat failure or premature opening can occur. This means that coolant will flow into the engine prematurely, preventing the engine from reaching its normal operating temperature. This can reduce fuel economy, increase emissions and impair engine performance.
3. Closing too late: A thermostat that closes too late can cause the engine to overheat. If the thermostat fails to shut off in time, coolant will continue to flow through the engine and will not effectively reduce the engine temperature. This can lead to engine overheating, damage to seals, increased fuel consumption and reduced engine life. 4.
4. Leakage: The thermostat may leak, causing coolant to escape. A leaking thermostat is unable to properly control the flow and temperature of the coolant, which can lead to cooling system failure, engine overheating and damage.
5. Unstable Temperature: The thermostat may experience unstable temperature during operation. This can be caused by damaged or aging components inside the thermostat, resulting in fluctuating and unstable coolant temperatures.
These are some of the possible thermostat malfunctions that can negatively impact engine performance, longevity and fuel economy. It is important to detect and repair thermostat failures in a timely manner to ensure proper engine cooling system operation and engine reliability.