A Complete Guide To Carbon Cleaning For Your Car Engine

This procedure involves a mechanic taking apart the engine and scraping off the carbon deposits on the components. Fortunately, there are easier ways to clean up carbon build-up nowadays, but it is still a mandatory process for higher mileage cars.

How does It work?

The Engine Carbon Clean system works by using tap water to generate hydrogen and oxygen pass through the air intake of an engine and out through the exhaust system as a gas, helping remove the excess carbon that leads to poor running issues.

It is a simple and safe process and requires no dismantling of engines part of the use of harmful chemical products. People are recommended to use the Engine Carbon Clean service as part of their vehicle’s regular maintenance schedule.

Different Types of Engine Carbon Cleaning

There are numerous different services which are provided, either by mobile operators or a network of garages who have bought the equipment.

• The first type uses chemicals to liquefy the deposits in your engine. This can be a simple pour-in treatment that is added to the fuel, costing just a few pounds.

• A more involved method requires a technician tapping into the fuel system and injecting super-refined fuel or gases into the engine. This makes it burn very hot and is said to clean the parts.

• The final method is more traditional and invasive. It is simply separating components from the engine and cleaning them, either with solvents or by ‘blasting’. This is a specialist job, and frequently crushed walnut shells are used as the abrasive as they are hard enough to separate carbon but won’t harm the engine components.

Advantages of Carbon Cleaning

• Removes carbon deposits from all engine kinds.
• Restores engine performance and fuel consumption back to normal.
• Stops wear of expensive engine parts (EGR valve, DPF, spark plug, valves, injectors, etc.)
• Lowers intermittent acceleration cut-out and engine noise.
• Reduces exhaust fumes.

Meaning of Engine Decarbonizing Machine

These flexible machines are frequently used to decarbonize engines, but they can also clean injectors and diagnose faults. Quick couplers and automated shutoff switches are incorporated in these machines, which aid to lessen gasoline spills.

Cause of carbon deposits in engines:

When an engine of the bike or automobile burns its fuel, it let go of by-products of carbon, fumes and smoke in large amounts. This waste is built-up on the tube of the engine limiting the airflow and causing various other problems.

Problems caused by carbon deposits in engines:

• The engine stops running smoothly.
• The machinability of the vehicle is reduced.
• The bike or automobile starts vibrating robustly and leaping repeatedly.
• The vehicles start jerking and shaking off the engine is instigated.

Benefits of engine decarbonisation:

• It cleans out the engine thoroughly.
• It decarboniser all the integral components of the engine from the inside out.
• It enhances an engine's performance.
• It reduces the vibration and noise of the engine.
• It restores the engine's fuel efficiency.

Why is engine decarbonisation essential?

• Decarbonisation is essential for the maintenance of any vehicles that run on engines.
• Decarbonisation is needed to ensure an engine's optimal functioning and effective working condition.
• Decarbonisation also ensures the safe and smooth running of vehicles.
• Decarbonisation improves the effectiveness of the engine and keeps the vehicle in an overall good condition.