Continuous Casting : is a metallurgical process which allows continuous control of the transformation from a liquid metal to a solid state in order to directly obtain semi-finished products like:
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The graphite "die" used in this transformation, permits:
The other parameters which determine the choice of the grade are:
In addition to the graphite grade chosen, the casting results are also function of die design, quality of machining and the specific characteristics of the casting installation. Our grades have been developed in conjunction with foundrymen to obtain the proper blend of physical characteristics for continuous casting. We can provide technical services to assist you in finding a suitable graphite for your application. However, in many cases optimal grade selection can be made only through actual trials.
The Selection Of The Best Adapted Graphite Grade : depends mainly on the composition of the alloy to be cast : grey iron requires a graphite resistance to wear abrasion, brass, a graphite relatively dense but with enough open porosity to allow zinc to evaporate in the area of the solidification front, non-ferrous alloys containing elements like nickel or cobalt need high density graphite to reduce chemical attack of the graphite die.