Dongguan Vidi Hot Runner Technology Co., Ltd.

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VDT-25 hot nozzle is an efficient, energy-saving and environmentally friendly hot runner system component, which is widely used in various plastic processing industries. It is composed of heater, hot nozzle and thermocouple and other parts, made of stainless steel material, with excellent corrosion resistance, high temperature resistance.

The VDT-25 hot nozzle heater uses high-quality electric heating elements, which can quickly and evenly heat the liquid, ensuring that the plastic raw materials reach the required heating temperature in a short time. The design of the hot nozzle can ensure the smooth flow of liquid into the mold, and can also adjust the opening of the needle valve according to the need to control the flow of liquid. The thermocouple is used to monitor the temperature of the hot nozzle, and can feedback the temperature information in real time to achieve accurate temperature control.

VDT-25 hot nozzle has a wide range of applications, mainly involving plastic processing, mold manufacturing, chemical and pharmaceutical industries. In the injection molding process, it can precisely control the heating and flow of plastic raw materials to ensure the quality and dimensional accuracy of plastic products. In the extrusion line, it can be used to control the heating and flow of plastic raw materials to achieve continuous and stable production of plastic products. In addition, it can also be used as a key part of the hot runner mold to control the heating and flow of plastic raw materials to ensure the consistency and quality stability of plastic products.

VDT-25 hot nozzle is an efficient, energy-saving, environmentally friendly hot runner system component, widely used in various plastic processing industries, mainly used to control the heating and flow of plastic raw materials, so as to control the quality and production efficiency of plastic products in the mold.

Specifically, the application areas of VDT-25 hot nozzle include the following aspects:

 What are the application areas of VDT-25 hot nozzle?

Injection molding: In the injection molding process, the VDT-25 hot nozzle can precisely control the heating and flow of plastic raw materials to ensure the quality and dimensional accuracy of plastic products. At the same time, this kind of hot nozzle can also reduce the problems of gate residue and salivation, improve production efficiency and product quality.

Extrusion line: In the extrusion line, the VDT-25 hot nozzle can be used to control the heating and flow of plastic raw materials to ensure the continuous production and quality stability of plastic products. This kind of hot nozzle can adapt to the requirements of high-speed extrusion production and improve production efficiency.

Hot runner mold: VDT-25 hot nozzle can be used as a key component of the hot runner mold to control the heating and flow of plastic raw materials to ensure the molding quality and consistency of plastic products. This heat nozzle can also reduce heat loss and waste, improve the utilization of heat.

Experimental equipment and test instruments: VDT-25 hot nozzle can also be used in various experimental equipment and test instruments to control the temperature and flow rate during experiments and tests. This kind of hot nozzle has high precision and high stability, which can ensure the accuracy and reliability of experiment and test results.

Other fields: In addition to the above fields, VDT-25 hot nozzle can also be used in packaging machinery, chemical equipment, medical equipment and other fields, as a component to control temperature and flow, improve production efficiency and product quality.

In short, the VDT-25 hot nozzle is an efficient, energy-saving and environmentally friendly hot runner system component, with excellent high temperature performance and stable mechanical properties, which can meet the requirements of various complex production processes. By precisely controlling the heating temperature and flow of the liquid, production efficiency and product quality can be improved, while reducing the waste of raw materials and reducing exhaust emissions, which is environmentally friendly