模具温度 - 翻译成英语

• mold temperature
• die temperature
• mould temperature
• mold temperatures

在 中文 中使用 模具温度 的示例及其翻译为 英语

使用这种控制方法，显示在控制器的温度和模具温度并不一致；.
Using this control method, it is shown that the temperature of the controller and the mold temperature are not consistent;

对于结构部件来说结晶度很重要，因此建议模具温度为80-90℃。
Crystallinity is important for structural parts, so a mold temperature of 80 to 90° C is recommended.

模具温度应高，否则会造成表面光泽差异和脱模难度。
The temperature of the mould should be high, otherwise it will cause the surface gloss difference and the difficulty of demoulding.

模具温度控制的主要特点包括：设定的温度与模具温度一致；.
The main features of the mold temperature control include: the temperature set by the controller is consistent with the mold temperature;.

冷却系统必须很好地进行设计，因为模具温度将直接影响制品的外观、收缩率和弯曲。
The cooling system must be well designed because the mold temperature affects the parts appearance and shrinkage and warpage.

这种缺陷的产生原因主要是模具温度过冷，多在开始产生或停机再产生时发生。
The cause of this defect is mainly the model temperature is too cold, more in the beginning of production or stop production occurs.

此外,模具温度控制在生产过程控制的可重复性很好。
In addition, the mold temperature control in the production process Control repeatability is better.

对于结构部件来说结晶度很重要，因此建议模具温度为80~90C。
Crystallinity is important for structural parts, so a mold temperature of 80 to 90° C is recommended.

ABS的成型温度相对较高,模具温度也相对较高。
The forming temperature of ABS is relatively high and the mold temperature is relatively high.

在过去的45年中，Gauss主要专注于重力铸造过程(浇注、自动化、控制模具温度,提取,预精轧等等)。
During the last 45 years Gauss has concentrated on the gravity casting process(pouring, automation, control of die temperature, extraction, pre-finishing, etc.).

因此，模具温度控制必须被优化。
Therefore, mold temperature control must be optimized.

那么模具温度的控制方法有哪些呢？?
What are the temperature control methods?

模具温度过高或不足会对不同材料产生不同的影响。
Mold temperature too high or inadequate for the different materials will have different effects.

使用的模具温度机,选择合适的导热流体是关键。
In the use of mold temperature machine, choose the appropriate heat transfer fluid is critical.

通常情况下,模具温度的稳定性优于控制流体的温度。
Typically, mold temperature stability is better than by controlling fluid temperature..

通常情况下,模具温度的稳定性优于控制流体的温度。
Generally, mold temperature stability better than by controlling fluid temperature..

此外，模具温度控制在生产过程控制中的重复性较好。
In addition, mold temperature control is more reproducible in production process control.

通常情况下,模具温度的稳定性优于控制流体的温度。
In general, mold temperature stability is better than by controlling fluid temperature..

通常情况下，模具温度的稳定性比通过控制流体温度更好。
Generally, mold temperature stability better than by controlling fluid temperature..

通常情况下，模具温度的稳定性比通过控制流体温度更好。
Typically, mold temperature stability is better than by controlling fluid temperature..