Engine Leaks Take a Brutal Toll on Cars and Car Parts

If you own a car then you have probably already had some experience with car leaks, at least to some degree. Even new cars can develop leaks that are both annoying and frustrating. In the 1980s and 1990s engine leaks and other automotive leaking problems were the cause of a large majority of auto service appointments.

Now there are better engineering designs and materials used in the automotive manufacturing process. This has resulted in a decrease in customer complaints because new car parts have been noted to have substantially less problems with leak malfunctions.

Keep Engine Leaks at Bay

For those of you that may be unfamiliar with the basics of engine seals here is a list of what a car engine needs in order to be leak-free.ICT Billet LS oil catch can

1. Motor oil

2. Proper compression

3. Fitted gaskets

4. Intact seals

5. Engine coolant

6. Fuel

Understanding Engine Seals

Most of the seals that protect your car engine are designed with double lips so that the motor oil can not leak out. One of the seals is designed to contain the oil, and the other is meant to stop any debris from contaminating the oil system. Although these lipped seals do not move they still have a big job to do because the car parts that they are surrounding are in motion. This is why many automotive techs refer to these car accessories as dynamic engine seals.

You will find dynamic seals used on car parts that are either rotating or belt driven. Two examples of these are crankshafts and camshafts. These are crucial elements for your car engine and it only takes a small leak to create a great deal of damage. An oil leak from a camshaft seal can result in ruined valves and timing belts which are both costly repairs.

How Leaks Begin

Small bits of grit, dust and road dirt are always flying about the exterior of auto engines. If there is a small opening in any seal it can allow some of these contaminants to adhere to the inner surface. Then as the shafts are moving they are being abraded by these particles’ sharp edges.

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