The addition of this substance to steel is what helps retain a healthy carbon status in the latter. This is done when the percentage of chromium needs to be adjusted to a suitable degree without letting the same affect the level of carbon in steel. Why do we need such a chemical balance in steel? Well, a number of reasons are all we can say!
To begin with, this supports welding activities and helps support stick electrodes even as it helps in the production of carbon ferro chrome powder. When this is in the form of lumps, it can be converted into the said powder form by grinding the same or putting it through the power packed rigors of a mill or even sieving, in many cases. This alloy usually ends up boasting of a 0.03 to 0.10% of carbon - which is quite a feat when done right!
Steel production without the right variation of carbon can be quite detrimental for whatever it is being used for. In keeping with this simple chemical principle, we ensure that we source the right low carbon ferro chrome from various producers around the world.
The optimum physical qualities and the chemical balance of this substance help in the production of steel and foundry products. It can also be used in a number and variety of super alloys, which again, makes tan ideal substance for welding and speciality based melting activities. Put quite simply, this makes steel malleable yet sturdy in an optimum manner.

The addition of this substance to steel is what helps retain a healthy carbon status in the latter. This is done when the percentage of chromium needs to be adjusted to a suitable degree without letting the same affect the level of carbon in steel. Why do we need such a chemical balance in steel? Well, a number of reasons are all we can say!
To begin with, this supports welding activities and helps support stick electrodes even as it helps in the production of carbon ferro chrome powder. When this is in the form of lumps, it can be converted into the said powder form by grinding the same or putting it through the power packed rigors of a mill or even sieving, in many cases. This alloy usually ends up boasting of a 0.03 to 0.10% of carbon - which is quite a feat when done right!
Steel production without the right variation of carbon can be quite detrimental for whatever it is being used for. In keeping with this simple chemical principle, we ensure that we source the right low carbon ferro chrome from various producers around the world.
The optimum physical qualities and the chemical balance of this substance help in the production of steel and foundry products. It can also be used in a number and variety of super alloys, which again, makes tan ideal substance for welding and speciality based melting activities. Put quite simply, this makes steel malleable yet sturdy in an optimum manner.