Efficient heating performanceHigh power and fast heating: With a power of 2000W and an operating voltage of 400V, this heat lamp can achieve fast heating when used for heating plastic molds. During the plastic molding process, the mold needs to reach a certain temperature so that the plastic material can be filled and molded smoothly. The high power feature allows the heat lamp to heat the mold to the appropriate temperature in a short time, thereby improving production efficiency. For example, for some large or complex plastic molds, fast heating can shorten the cycle of each injection molding and increase the output per unit time. Infrared heating advantages: As an infrared (Ir) heat lamp, the infrared rays it emits can penetrate deep into the plastic mold. The penetration of infrared rays ensures that all parts of the mold can be fully heated, so that the heat is more evenly distributed inside the mold. This is like the sun penetrating the clouds, so that every corner of the ground can be illuminated. For plastic molds, uniform heating helps the plastic to flow and mold evenly in the mold, reducing product quality problems caused by local temperature differences, such as shrinkage marks and warping on the surface of plastic products. Size and heating range: 10 lamps and a length of 355mm, this combination of size and quantity can cover the surface of the plastic mold well. Whether it is a small or medium-sized plastic mold, these heat lamps can be flexibly arranged according to the shape and size of the mold to achieve all-round heating. For example, for molds with irregular shapes, the heat lamps can be arranged along the contour of the mold to ensure that there are no heating dead corners. Improve product qualityAccurate temperature control helps molding quality: In the plastic molding process, accurate temperature control is essential. This heat lamp can work closely with the temperature control system of the plastic molding equipment to accurately control the mold temperature by adjusting the power of the heat lamp. Different plastic materials have different molding temperature requirements. For example, the molding temperatures of polycarbonate (PC) plastic and polyethylene (PE) plastic are different. Accurate temperature control can make the plastic molded in the mold in the best state, reduce product defects such as dimensional deviation, surface unevenness, etc., thereby improving the quality and performance of plastic products. Improve the physical properties of plastic products: Uniform and appropriate heating helps improve the physical properties of plastic products. When plastic is formed at the right temperature, its molecular chains can be better aligned, improving the physical properties of the product, such as strength, toughness and appearance quality. For example, through the uniform heating of this heat lamp, the plastic shell products produced can be more durable and have better surface quality, which improves the competitiveness of the products in the market.

Similar Posts