Mechanical Cleaning Method
mechanical cleaning out carbon deposits removal of the cylinder head and then, physically scraping off carbon deposits from the top of the pistons, the combustion chamber and other components (e.g. valves). Two-stroke engines of yore needed frequent decarbonising as the lubricating oil (2-T oil, in common parlance) burnt in the combustion chamber, leaving behind carbon residue.
NOTE : Mechanical cleaning action damaging PRECIOUS componet surface
Chemical Cleaning Method
Dip Bath Method : RXSOL-16-1003-025 dissolve and remove carbon deposit formed in various parts of the engine, such as fuel injection systems, piston crowns & rings, combustion chambers, valves, exhaust manifolds, EGR valves, cat-cons and mufflers. In this method all carbon contaminated part can be kept in RXSOL-16-1003-025 solution for 2 -3 hrs minimum or over night, This method is very effective to clean carbon without any further mechanical action. MSDS, Technical Bulletine, Application of Carbon Cleaner are available on thi link http://www.dubichem.com/product/carbon-remover-25-ltrs
NOTE : Dip Bath Carbon Cleaing Method maintain even all component scratch free. And this method will gives complete full carbon cleaning result.
Internal Cleaning Process :
Adding certain chemicals like alcohols and terpenes into the conventional fuel supply (petrol / diesel) appears to dissolve and remove at least a part of the carbon deposit formed in various parts of the engine, such as fuel injection systems, piston crowns & rings, combustion chambers, valves, exhaust manifolds, EGR valves, cat-cons and mufflers. The carbon is then ejected out through the exhaust. This decarbonising agent along with fuel into a running engine.
Note : This method only can result partial carbon deposit cleaning, Not resulting full carbon cleaning.
Claning Tips and stock availability in Middle East are available directly through EMAIL : dubichem@gmail.com
