In die casting process, metal liquid filling type state is formed under the joint action of the factors in the pressure, speed, time, temperature, exhaust and so on. So zinc die casting pouring system with stress transfer, fund flow velocity, filling time, coagulation time, mold temperature, exhaust conditions have a close relationship.
Stress transfer, on the one hand to ensure the metal liquid with high pressure, high speed filling cavity, on the other hand, but also to ensure liquid metal to different solidification in the flow channel and the nozzle, in order to guarantee the transmission pressure. This requires the channel and outlet design best, minimal pressure loss.
Nozzle area is too large or too small will influence the filling process, too large gap filling speed was low, metal premature solidification, even filling not foot, too small nozzle makes the jet intensifies, increase the heat quantity loss, produce vortex streets and involved in too much gas, shortening the service life of the mold.
Gas discharge is mainly determined in metal liquid flow moving speed and image flow direction, and row overflow system whether can make the gas discharged smoothly, exhaust area is sufficient or not. The exhaust is good or bad, will directly affect the shape and intensity of zinc die casting parts.
Mold temperature due to the control on the casting quality is produced great influence, and impact on the production rate was efficiency, reasonable design of the nozzle can play a regulatory role on the mold temperature due to distribution.
Mold life depends on a good steel and working state. Good zinc die casting pouring system design is to make various parts of mold heat balance in the best state, so as to get the maximum economic benefits of die casting production.
The above article from KENOS official website (http://www.kenos-diecasting.com/)
The original address: http://www.kenos-diecasting.com/news_show_137.html, reproduced please specify. kenosblog1601
Stress transfer, on the one hand to ensure the metal liquid with high pressure, high speed filling cavity, on the other hand, but also to ensure liquid metal to different solidification in the flow channel and the nozzle, in order to guarantee the transmission pressure. This requires the channel and outlet design best, minimal pressure loss.
Nozzle area is too large or too small will influence the filling process, too large gap filling speed was low, metal premature solidification, even filling not foot, too small nozzle makes the jet intensifies, increase the heat quantity loss, produce vortex streets and involved in too much gas, shortening the service life of the mold.
Gas discharge is mainly determined in metal liquid flow moving speed and image flow direction, and row overflow system whether can make the gas discharged smoothly, exhaust area is sufficient or not. The exhaust is good or bad, will directly affect the shape and intensity of zinc die casting parts.
Mold temperature due to the control on the casting quality is produced great influence, and impact on the production rate was efficiency, reasonable design of the nozzle can play a regulatory role on the mold temperature due to distribution.
Mold life depends on a good steel and working state. Good zinc die casting pouring system design is to make various parts of mold heat balance in the best state, so as to get the maximum economic benefits of die casting production.
The above article from KENOS official website (http://www.kenos-diecasting.com/)
The original address: http://www.kenos-diecasting.com/news_show_137.html, reproduced please specify. kenosblog1601
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