在试验基础上对热流道系统的热平衡和点浇口附崐近的温控条件作了较进一步的分析。
Based on the experiments, the thermal balance of hot runner system and condition of temperature control around the pin point gate were fur - ther analyzed.
浇注系统的平衡最终通过调整浇口的尺寸来达到。
Balance in the feed system is ultimately attained by adjustment of gate size.
在充分考虑了非平衡浇注系统的沿程损失与局部损失的情况下，从能量角度确定了非平衡浇注系统第二级分流道和浇口半径之间的关系。
After evaluating the route loss and the local loss of the imbalance injection system, the article confirms the relation of the second grade branch radius from the scope of energy.
流道设计与进浇口位置除了关系到充填时间的长短，更直接影响充填是否平衡。
Besides filling duration, runner design and gate location matter a lot to flow balance as well.
流道设计与进浇口位置除了关系到充填时间的长短，更直接影响充填是否平衡。
Besides filling duration, runner design and gate location matter a lot to flow balance as well.
应用推荐