The advantages of our company’s equipment for producing graphite EPS particles by extrusion are as follows: 

1. Outstanding production efficiency and stability

The extrusion system is efficient and stable: a customized feeding system is used to feed materials. The screw and barrel are specially designed to achieve uniform extrusion pressure and good plasticizing effect. It can produce continuously and stably and avoid frequent shutdown adjustments.

2.High degree of automation

Equipped with an intelligent PLC control system, which can accurately set parameters such as feeding volume, temperature, speed, etc., reducing manual intervention and reducing production fluctuations caused by operating differences. The equipment operation failure rate is lower than the industry average.

3. Product quality

 Good particle uniformity: During the extrusion process, graphite and EPS raw materials are fully mixed, the particle size deviation is small, and the subsequent molded products have high density consistency and reduce the scrap rate. The temperature control accuracy of the equipment reaches ±1℃, which avoids material degradation caused by local overheating and ensures the thermal insulation effect of the final product.

4. Energy consumption and cost advantages

 The energy-saving design significantly reduces energy consumption by 10%-15% compared to traditional equipment, and long-term operation can effectively reduce production costs.

Long service life of wearing parts: key components (such as screws, molds, cutters) are made of wear-resistant materials, extending the service life by more than 30%, reducing the frequency of equipment maintenance and replacement, and reducing downtime losses.

5. Strong operation and adaptability

 Easy to operate: Equipped with a human-computer interaction interface and intuitive parameter setting, novices can take up the job after simple training, reducing labor costs.

 Wide adaptability: Production parameters can be flexibly adjusted to adapt to the production needs of granules of different specifications (0.8~2.0mm) and different formulas to meet diverse order requirements.