Learn the Facts About Engine Friction

(NewsUSA) - Friction is the force that opposes the relative motion or tendency of such motion of two surfaces in contact. That's the encyclopedia description. But we all have our own description of engine friction. It usually adds up to poor performance under the hood and frustrating driving experiences.

Engine friction creates heat, which wears on moving mechanical parts. Worn parts will cause havoc with emissions and gas mileage as your engine works harder to get you where you need to go.

Wear inside a vehicle's engine can be damaging to the pocketbook or wallet, as it results in burning fuel less efficiently and creating extra trips to the gas station. But lubricants like XenTx Extreme Engine Treatment actually save gas money.

Friction-reducing lubricants make your engine run easier and cooler. Avoiding high heat will add thousands of miles to an engine's life while improving overall performance.

In older cars that have many more miles on the road and more oxide deposits slowing down their moving parts, each loose particle is its own conductor of heat, increasing the damage being caused to the engine.

While an engine lubricant applied to new cars is recommended, in older cars it is a requirement for increased horsepower and fuel economy.

A Southwest Research Institute article published in Technology Today, citing a 2001 EPA study, points to the demand for technology to improve fuel economy.

"Only about 15 percent of the energy content of the gasoline in a vehicle's tank actually moves the car down the road," the article states. "About two-thirds of the available energy in the fuel is rejected as heat in the exhaust and coolant or frictional losses.

"Energy is lost to engine friction, pumping losses, drivetrain friction and slippage, the operation of accessories such as air-conditioning, aerodynamic drag, tire rolling resistance and idling in traffic. Each of these losses is an opportunity for advanced technology to improve fuel economy."

For more information on XenTx, visit www.xentx.com.