卤素红外加热灯在吹瓶机中使用以下优点：
精确的温度控制：它可以准确控制能量的辐射，并可以根据预成型的材料，厚度和其他因素准确地调节加热温度，以确保预成型均匀加热并且温度在适当范围内稳定，从而使吹瓶的质量更稳定。 ， 持续的。例如，当生产具有高精度和高质量需求的药品塑料瓶时，精确的温度控制可以有效避免诸如壁厚不平坦的问题和因温度不稳定而导致的瓶子的变形。
强渗透性：红外射线具有很强的穿透能力，可以深入到预热的内部内部，从而使温度在内部和外部更接近，从而有效地避免了表面过度过热并且内部不完全软化的情况，这对随后的吹式造型是有益的。操作可以减少瓶子缺陷的可能性，例如裂缝和气泡。
Good heating uniformity: the infrared radiation emitted can evenly cover the surface of the preform, so that the preform is evenly heated in all directions during revolution and rotation, ensuring consistent physical properties of all parts of the preform, and improving the overall quality and strength of the bottle , reducing the defective rate caused by local overheating or undercooling.
Strong penetrability: Infrared rays have strong penetrating ability and can penetrate deep into the interior of the preform for heating, bringing the temperature inside and outside the preform closer, effectively avoiding the situation where the surface is overheated and the interior is not fully softened, which is beneficial to subsequent blow molding. Operation can reduce the probability of bottle defects such as cracks and bubbles.
