s and a measured dwell pressure of 820bar with a preheattemperature of 175 C (347 F) for the salt core.

Published at 634 × 304 in Core Viability Simulation for Salt Core Technology in High-Pressure Die Casting

Figure 5. An HPDC part with the salt core still in place showing a typical core failure when the ingate velocity exceeds the critical limit of the core viability domain. This part was cast with an ingate velocity of 35m/s and a measured dwell pressure of 820bar with a preheattemperature of 175 C (347 F) for the salt core.

Figure 5. An HPDC part with the salt core still in place
showing a typical core failure when the ingate velocity
exceeds the critical limit of the core viability domain.
This part was cast with an ingate velocity of 35m/s and
a measured dwell pressure of 820bar with a preheattemperature of 175 C (347 F) for the salt core.

Figure 5. An HPDC part with the salt core still in place
showing a typical core failure when the ingate velocity
exceeds the critical limit of the core viability domain.
This part was cast with an ingate velocity of 35m/s and
a measured dwell pressure of 820bar with a preheattemperature of 175 C (347 F) for the salt core.