The burn temperature in modern stoves can increase to the point where secondary and complete combustion of the fuel takes place.
The new engines improve mileage by achieving more complete combustion of gasoline.
This means that it is much harder to achieve complete combustion with air than with oxygen.
If you really mean complete combustion, the amounts of other byproducts should be very small for either wax.
A candle, for instance, clearly does not have complete combustion and that is why it leaves soot.
In real world applications, complete combustion does not typically occur.
This allowed more complete combustion and thus greater heat.
Usually temperatures in the order of 300 to 500 C are required to achieve complete combustion.
Sometimes this destruction by burning will proceed to a degree which results in almost complete combustion of the body.
The gas mixes readily with air, allowing for more complete combustion.