なお金型温度は60~80°Cが適当であるが、温度をできるだけ一定にしかも均一に保つことが重要である。
A mold temperature within the range of 60-80°C is appropriate, and it is important to keep the temperature as uniform as possible.金型温度は流動性に大きく影響し、160度を超えると流動性が急激に低下する。
The mold temperature has a great influence on the fluidity, and when it exceeds 160 degrees, the fluidity will drop rapidly.結晶化速度、良好な流動性、金型温度は他のエンジニアリングプラスチック要件よりも低い。
As the crystallization speed, good fluidity, mold temperature is also lower than other engineering plastics requirements.金型温度は結晶化度に影響を与え、結晶化度は生成物の物理的特性に影響する。
The mold temperature will affect the crystallinity, and the crystallinity will affect the physical properties of the product.高い結晶化速度と良好な流動性により、金型温度は他のエンジニアリングプラスチックよりも低くなります。
Due to the high crystallization speed and good fluidity, the mold temperature is lower than other engineering plastics.Combinations with other parts of speech
金型温度は結晶化度に非常に大きな影響を与え、結晶化度はプラスチック部品の機械的特性に影響を及ぼす。
The mold temperature affects the crystallinity very significantly, and the crystallinity affects the mechanical properties of the plastic parts.ガラス強化材の場合、金型温度は80°C以上にする必要があります。
For glass reinforced material mold temperature should be greater than 80C.金型温度は40〜50°C、射出圧力は200〜600bar、射出速度は速い射出速度を使用することが推奨されています。
Mold temperature is 40~50°C, injection pressure is 200~600bar, injection speed is recommended to use fast injection speed, runners and gates can use all conventional types of gates.通常、金型温度は50°Cで問題ありませんが、表面粗度・光沢などの外観上問題があるようであれば、高温を推奨します。
Mold temperature of 50°C rarely causes problems normally. However, if there is any problem in appearance such as surface roughness or gloss, a higher mold temperature is recommended.一般的な金型温度は80〜100℃、ガラス繊維の追加は100〜130℃、小さな製品はニードルゲートを使用でき、ゲートの深さは最も厚い部分の70%である必要があります。
Common mold temperature is 80-100℃, add glass fiber is 100-130℃, small products can be used needle gate, the depth of the gate should be 70% of the thickest part, other gates have ring and rectangular.
Mold temperature and injection temperature not match well.金型設計7.6金型温度調節金型温度は成形サイクル、成形品品質などに大きな影響を及ぼしますので、その温度調節の方法についてはランナー、ゲート、エジェクタ方式などの金型構造と同様に事前検討を十分行わなければなりません。
Mold design 7.6 Temperature control Since mold temperature greatly affects the molding cycle,molded product quality, etc., the temperature control method should carefully be considered in advance as in the case of mold structures including runners, gates, ejector systems, etc.金型設計8.6金型温度調節金型温度は成形サイクル、成形品品質などに大きな影響を及ぼしますので、その温度調節の方法についてはランナ、ゲート、ノックアウト方式などの金型構造と同様に事前検討を十分行わなければなりません。
Mold Design 8.6 Mold Temperature Control Since mold temperature has a strong influence on the molding cycle and the quality of molded parts, the method of controlling mold temperature must be investigated beforehand as carefully as other parameters of mold design, such as runners, gates, and knockout methods.
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