EPS (polystyrene)  shape  molding machines play an important role in manufacturing helmets, especially in the safety protection industry. EPS shape molding machines use EPS particles as raw materials and mold them into lightweight, impact-resistant helmet shells through a process of heating and mold pressing. The following is basic information about the EPS shape molding machine in the process of manufacturing helmets:

The process flow of EPS shape molding machines includes:

1. Raw material pretreatment: EPS particles are pretreated to ensure their quality and fluidity.

2. Heating and melting: EPS particles soften or melt after heating to form a flowable state.

3. Mold molding: EPS particles are injected into the preheated molding mold and the shell shape of the helmet is formed by the pressing of the mold.

4. Cooling and curing: The molded helmet shell is cooled to solidify it and improve its mechanical strength.

Helmets manufactured by EPS shape molding machines have the following advantages:

- Lightweight: EPS material itself is light, and the manufactured helmet is light and comfortable to wear.

- Impact resistance: EPS material has good energy absorption capacity, which can effectively reduce the impact on the head during collision.

- Precision molding: EPS shape molding machines can accurately control the molding process to ensure that the shape and size of the helmet meet the design requirements.

- Cost-effectiveness: Compared with other materials, helmets manufactured by EPS shape molding machines have lower production costs and are suitable for large-scale production.

In the manufacture of safety helmets, EPS shape molding machine technology not only provides high-efficiency and high-quality production capabilities, but also can meet the requirements of different markets for helmet safety performance and appearance design. With the advancement of technology and the expansion of application scope, the application of EPS shape molding machines in the field of helmet manufacturing will continue to develop, providing key support for the production quality and efficiency of safety protection products.