CALL OUTS AVAILABLE TO DEALERSHIPS - CONTACT 062 399 7996
CALL OUTS AVAILABLE TO DEALERSHIPS - CONTACT 062 399 7996
Walnut Shell Blasting Method
Modern petrol and diesel engines create carbon deposit build-up on the inner walls of the intake system due to strict emission control devices such as EGR (exhaust gas recirculation) and the use of low viscosity oils.
Carbon cleans are specifically carried out on direct injection engines. The main difference between direct and port injection is where the fuel injectors are located in the engine. With direct injection engines, the fuel injectors will be located within the actual engine cylinder. With port injection engines the fuel injectors will be located in the air intake of the engine.
Carbon build-up manifests as a thick black sludge that severely inhibits the performance of your vehicle. Carbon deposits occur on the inner walls of the intake system and directly on the intake valves.
Carbon Doctor utilises the walnut blasting method which cleans all carbon build-up on the intake system and valves.
Carbon Doctor uses the latest technology to remove harmful and stubborn carbon build-up in a vehicle’s engine. Our state of the art equipment gives your engine a thorough ‘detox’.
The effects are immediate, noticeable and long lasting.
Revitalise your engine and get instant improvements. Improves acceleration & eliminates misfire caused by leaking valves.
· Rough Idle
· Detonation
· Leaking valves
· Power loss
· Misfires
· Engine check lights
Due to modern unburned hydrocarbon regulations, vapors from the crankcase are usually vented into the intake stream in order to prevent oil droplets from escaping through the exhaust.
At Carbon Doctor we have adopted a tried and tested method of cleaning the carbon from your valves and inlet ports. Walnut shell blasting has been used for the better part of the century to clean sensitive components ranging from pc boards to jet turbines.
Restore engine performance & fuel consumption. Can improve fuel consumption by up to 2 liters per 100 kms.