Liqui Moly Injection Cleaner frees engine from deposits, restores original performance

It is a creeping process. Over the course of years the engine loses more and more of its performance. Its fuel consumption goes up, as do its emissions values. The fault lies with deposits on the inside of the engine that impede combustion. Liqui Moly says its Injection Cleaner helps in gasoline engines.

Gasoline never combusts completely in the engine. There are always combustion deposits that settle in the injection system and disrupt the injection of gasoline. This makes combustion even worse and deposits are created even more quickly – a vicious cycle. The older the engine is, the more encrustations it carries around with it on the inside. And the poorer the gasoline quality is, the more deposits are created. Just like a fire burns badly and smokes a lot with damp wood, the same is true of bad gasoline quality in the engine.

Recreating the original performance and consumption values is not difficult. Liqui Moly Injection Cleaner is simply poured into the fuel tank. Every time the engine is running, the cleaning ingredients, together with the gasoline, get into the injection system and disintegrate the encrustations. The dissolved dirt is burnt in the engine and emitted together with the exhaust gases. The combustion chamber becomes clean again. In the event of tough dirt it can become necessary to use a can of Injection Cleaner for several refuelling processes in a row. Injection Cleaner can also be used preventively: one can every 2,000 kilometres means new deposits cannot form in the first place, the company claims.

The Liqui Moly Injection Cleaner was tested by Automobile Prüftechnik Landau (APL), a German testing institute, which predominantly carries out engine tests for car manufacturers. To begin with the engineers were sceptical regarding the effect of additives. But the test results convinced them – to such an extent that they now use Injection Cleaner themselves in order to free their test engines from deposits.