CASE STUDIES
iTherm® Core for Engine Block Customer Case
Background information
Our customer that produces castings for automotive industry was trying to increase the cooling rate of core. Temperature during casting was peaking at 645°C and averaging at 420°C.
They have decided to replace convetional core with iTherm® conformally cooled core in order to bring cooling channels closer to critical part of core.
Conventional core
iTherm® Core
Once in production, iTherm® Core proved to have substantially faster cooling rate than conventional core.
Conventional core after eject
iTherm® Core after eject
Temperature difference
at body hottest spots
ΔT=277 °C – 1 84°C = 93°C
ΔT=530 °F – 363°F = 167°F
at tip (critical zone, engineered cooling):
ΔT=277 °C – 132 °C = 145 °C
ΔT=530 °F – 270°F = 260°F
iTherm® Core after eject after spray
Temperature difference
at body hottest spots
ΔT=163 °C – 123°C = 40°C
ΔT=326 °F – 253°F = 73°F
at tip (critical zone)
ΔT=163 °C – 79°C = 84°C
ΔT=326 °F – 174°F = 152°F
Improvements
with iTherm® Core
Substantially lower core temperatures
Thermal management of conformally cooled iTherm® Core resulted in 42% lower peak temperature, from 645°C to 378°C. Average temperature has dropped significantly as well, from 420°C to 258°C (-31%)
Convetional Core (left) vs. iTherm® Core (right)
You can configure your own
iTherm® Core
Send us your model to see how iTherm®
can improve your process
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