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In slush casting method, negligible metal loss is the main advantage during the casting process.

In slush casting method, negligible metal loss is the main advantage during the casting process. Correct Answer True

The metal does not get wasted by the slush casting method. Even this method saves the molten metal by collecting it, which can be reused for the other casting process. This method makes the casting light in weight by saving the molten metal; hence this method is very economical for the production of castings.

Related Questions

The casting processes that require expendable moulds are
P. Investment casting
Q. Low pressure casting
R. Shell moulding
S. Slush casting
In slush casting, much of molten metal is wasted during the process of inverting mould.
Casting’s strength and other mechanical properties are easily controlled in the slush casting method.
Porosity in the moulding part cannot affect the casting part in slush casting process.
The thickness of the metallic wall of the mould can be used to determine the wall thickness of the casting part in slush casting.
Subsequent machining for products finishing does not require extra material to the metal casting, as it removes negligible amount of material from the casting.
Slush casting technique cannot be used for the production of high melting temperature metal castings.
Consider the following statements regarding life time of any normally terminating process in an operating system. (I) The process must be in RUNNING state at least once during its execution. (II) The process must be in RUNNING state at least twice during its execution. (III) The process must be in WAITING state at least once during its execution. (IV) The process must be in READY state at least once during its execution. Which of the above statements are correct?
During the short-circuit test of a synchronous machine, which of the following are accounted for in the short-circuit test loss? (i), I2R loss in the armature winding due to the flow of short-circuiting (AC) current (ii) Local core loss caused by armature leakage flux (iii) Core loss due to resultant air-gap flux. (iv) Windage and friction loss
Slush casting method always requires automation for the production of castings.