HIGH RESISTANCE TO CHEMICAL ATTACK BY FLUXES AND SLAGS
Though graphite is chemically inert and resistance to corrosive chemicals, the bond is often susceptible to chemical attack by fluxes and slags.
Our crucibles made of chemically inactive graphite, silicon carbide and carbon, resist attack by the alkaline fluxes used for light alloys; the oxidising/reducing fluxes used for copper alloys and the corrosive slags formed from them.
HIGH RESISTANCE TO ATMOSPHERIC OXIDATION
Graphite oxidises progressively in air as the temperature is raised. Most crucibles have an external glaze to prevent this. As no external glaze is perfect by itself, invariably oxidation of graphite occurs, leading to loss of thermal conductivity and reduction in strength of the crucible
To provide extra resistance to oxidation, we have protective agents incorporated in the body in addition to the external glaze.
CONSTANT MELTING SPEED
The superior oxidation resistance of our crucibles ensures that they retain a constant melting speed to the end of their long life.
More heats per day means more output, but equally important is the consistency of output which enables the foundrymen to schedule their production more effectively.
FUEL ECONOMY
The amount of fuel needed to melt, in an ordinary crucible increases steadily as the crucible oxidises and loses speed. The consistent high melting speed of our crucibles makes for substantial fuel saving in comparison to other crucibles.
LOWER METAL LOSS
The amount of metal lost by oxidation during the melting process is proportional to the time taken to melt and cast the charge.
Our crucibles with their higher average melting speed reduce the overall melting time to a minimum and consequently make an essential contribution for reducing metal losses.
These important advantages of Morganite Crucible India Ltd. play their part in giving a longer life, greater output, lower fuel consumption and lower metal losses.
In short, Morganite Crucible India Ltd. offer foundry men lower production cost per ton of metal melted, a pre-requisite for a competitive advantage. |