Splat cooling of liquid metal droplets

Details Splat cooling of liquid metal droplets Splat cooling of liquid metal droplets

1979-06-20

1983-03-01

Hampilos, Gus T.

Plastic and nonmetallic article shaping or treating: processes

Formation of solid particulate material directly from molten...

By impinging or atomizing with gaseous jet or blast

164 46, 164348, 425 8, 264 8, B22D 910

Patent

active

043754406

ABSTRACT:
An apparatus is set forth for the continuous production of highly cooled metal splats. Melted metal is poured onto a spinning atomization disc means whereby liquid metal droplets leave the disc means in a horizontal plane. An annular cooling gas jet flowing normal to the particle plane around the disc deflects the heavier liquid droplets to a conical splat plate which is fixed to rotate with said disc, where the droplets splat and cool, and are ejected by centrifugal force. An annular space is located between said conical splat plate and said rotary atomization means for permitting the gas and other solidified particles to pass downwardly to a shield which directs the particles to a collection area.

REFERENCES:
patent: 2961720 (1960-11-01), Rayburn
patent: 4025249 (1977-05-01), King
patent: 4078873 (1978-03-01), Holiday et al.
patent: 4140462 (1979-02-01), Thompson
patent: 4259270 (1981-03-01), Winter et al.

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