清晰的卤素热灯1200W 1500W 2000W用于喷射机
红外加热灯在注入模制机中使用
提高加热效率
快速加热：红外加热灯可以迅速产生热量，从而使注入成型机的桶快速加热。这对于缩短注入成型周期至关重要。例如，在机器的预热阶段，与传统的加热方法相比，红外加热灯可以节省30％-50％的预热时间，从而更快地进入生产状态。它的快速加热特性也反映在生产过程中的温度调节中。当有必要更改注入成型材料或调整过程参数时，它可以迅速响应，以便枪管温度迅速达到新的设定值。
有效的传热：红外加热灯发射的红外光线可以直接穿透塑料颗粒之间的间隙，并将热量转移到塑料材料之间。这种直接传热方法避免了传统加热方法中通过桶壁传递热的过程，从而降低热量损失并提高传热效率。根据统计，与传统的加热方法相比，红外加热方法的传热效率可以提高约20％-30％。
精确温度控制
稳定的温度输出：在连续的注入成型生产过程中，红外加热灯可以保持稳定的温度输出。由于加热元件的老化或某些传统加热方法等环境因素的老化，它不会经历温度波动。这种稳定的温度环境有助于确保塑料熔体的均匀性和流动性，从而使注射模制产品的质量更加稳定，例如可以有效保证产品的尺寸准确性和外观质量。
提高产品质量
减少材料降解：由于其精确的温度控制和均匀的加热特性，红外加热灯可以防止枪管中塑料材料的局部过热和降解。塑料材料的降解将影响其性能，例如降低机械强度和变化的颜色。使用红外加热灯可以有效地减少这种情况的发生，并确保注射成型产品的性能满足要求。
Uniform heating of plastic melt: The infrared heating lamp has good heating uniformity. It can make the plastic particles in the barrel evenly heated to form a uniform plastic melt. During the injection molding process, the uniform melt can better fill the mold cavity and avoid product defects caused by uneven melt temperature, such as short shots, flow marks, shrinkage marks, etc. For example, when injection molding a large plastic housing, it can ensure that the wall thickness of each part of the housing is uniform and the appearance quality is good.
Reduce material degradation: Due to its precise temperature control and uniform heating characteristics, infrared heating lamps can prevent local overheating and degradation of plastic materials in the barrel. The degradation of plastic materials will affect its performance, such as reducing mechanical strength and changing color. Using infrared heating lamps can effectively reduce the occurrence of this situation and ensure that the performance of injection molded products meets the requirements.
