die-casting

listen to the pronunciation of die-casting
İngilizce - Türkçe
die-döküm
(Metal) Döküm
pres döküm
(Otomotiv) kokil döküm
(Mekanik) pres döküm

İlgili Terimler

diecasting
pres döküm
die casting
basınçlı döküm, kılavuz döküm, matris dökümü
die casting
döküm
die casting
basınçlı döküm
die casting
kılavuz döküm
die casting
matris dökümü
İngilizce - İngilizce
Alloy casting process commonly used to produce high volumes of intricate parts The process sometimes entraps small bubbles in the metal that can result in "blow holes" when the coating is cured
Method of mass-producing, under great pressure, molten zinc and white-metal alloys into permanent molds Sharp clean detail can be achieved Die-cast toys were very inexpensive and generally found in the five-and-dime emporiums
An artwork imprint method where molten metal is injected into the cavity of a carved die (a mold)
Process where molten metal is injected into the cavity of a carved die
The forming of parts by forcing molten metal into metal molds Castings made with this process can be made to very exacting tolerance Zinc and aluminum are most common
A method of producing castings using molten metal under pressure and injecting it into a suitable steel mold
Molten metal is injected into the cavity of a carved die (a mold)
A manufacturing process in which molten metal (zinc) is forced under pressure into a water cooled mold
The principal process for casting near-net shapes of such non-ferrous metals as zinc, aluminum, and zinc-aluminum alloy (see CASTING)
Forcing molten metal into permanent molds (dies) (also pressure casting)
A process in which molten metal is injected at high velocity and pressure into a mold (die) cavity
Process of molding low melting point metals in accurately shaped metal molds
the process of making metal objects by forcing liquid metal into a hollow container with a particular shape, and then allowing it to become hard. Forming metal objects by injecting molten metal under pressure into dies or molds. An early and important use of the technique was in the Linotype machine (1884), but the mass-production automobile assembly line gave die casting its real impetus. Great precision is possible, and products range from tiny parts for sewing machines and automobiles to aluminum engine-block castings
The forming of parts by forcing molten metal into metal molds Castings made with this process can be made to very exacting tolerance Zinc and aluminum are most commonly used
The injection of molten metal at high velocity and under pressure into the die cavity
die-casting