Engine valves are one of the most detailed parts of the entire engine. An essential part of the framework and construction of an internal combustion engine, the valves are prone to problems because of their common wear and tear, a number of fittings and pieces, and often, unobvious strain, burning, or breakage. However, the investigative work required to repair or replace an engine valve is necessary to keep your car running.
 
How Engine Valves Work
The modern vehicle uses an internal combustion engine to produce the horsepower needed to run the car, truck, or SUV. These engines run by burning gasoline, or a different source of fuel, inside the engine. The burning process is ignited by air the oxygen in the air and inherent combustion properties of gasoline. Therefore, for this process to work, both the fuel and air must be admitted, then trapped in the engine, and then released.
 
Both fuel and air enter the engine through valves. Today, vehicles either have two or four valves per cylinder. Of course, a single engine can have multiple cylinders, up to four, and that can mean 16 valves in a single vehicle.
 
When a single cylinder only has two valves, one is dedicated to intake of air and fuel into the engine, and the other is used exclusively for exhaust from the burned fuel-air mixture to exit the engine. Likewise, when a vehicle has a multi-valve engine, meaning four valves per cylinder, the valves are equally split in functionality and purpose.
 
The engine valves open and close approximately 2,500 times per minute to admit air and expel exhaust, just to ensure proper functioning of your vehicle.
 
Detecting Engine Valve Problems
The engine valve is constructed of more pieces and components, for example- Dixon Valve Fittings, than most people expect. The valve itself requires an entire valvetrain to operate properly. Among the list of parts in the valvetrain are the valve seats, guides, retainers, keepers, and pushrods. An issue with, or integration with, any of these smaller components can be manifest with the valve itself.
 
Knowing the underlying problem is frequently a difficult and time-consuming task. Because the valves are necessary to keep the engine running, careful inspection of the engine valves and their components is required.
 
Whether you have two or four valves in a cylinder, these small pieces of your engine undergo an immense amount of pressure when the engine is running. Common problems with the valves include bending, breaking, and burning. All can lead to entire engine failure.
 
How Engine Valves Affect Other Engine Parts
Within a vehicle engine, every component and part makes a difference in the overall output. Therefore, if you want your car to run at maximum capacity, and at the greatest horsepower, it is important to consider the functionality and effectiveness of each component under your hood. Mechanics know that one of the most important components for creating power are your engine valves.
 
A multi-valve engine is going to produce more horsepower, in less time, than a single-valve engine. It does this because there is more fuel and air pumped into the engine faster, and similarly removed from the engine at a faster rate. This means the engine can run at higher revolutions per minute, and the expected outcome is more power from the engine.
 
Buying Your Engine Valves and Fittings
At IndustrialZone.com, we sell a full range of Dixon Valve Fittings that work with and enhance the intake and exhaust valves on your vehicle. Purchasing reliable valve fittings allows drivers to rely on their engine valves’ performance and durability for every drive. Find the valves you need in our online shop at industrialzone.com and contact us today!


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