Analysis of the impact of refractory material automatic batching on plastic products


Published Time:

2022-10-24

Refractory material automatic batching has multiple monitoring and protection functions, and the operation is safe and reliable. The central feeding system is designed for the injection molding workshop to produce plastic products, realizing uninterrupted unmanned continuous molding operation. According to the needs, the types of raw materials and the combination of multicolor materials can be changed to realize the automation of the coloring process.

 The automatic batching of refractory materials has multiple monitoring and protection functions, ensuring safe and reliable operation. The central feeding system is designed for the injection molding workshop to produce plastic products, realizing uninterrupted, unmanned, continuous molding operation. Depending on the needs, the type of raw materials and the combination of multicolor materials can be changed to achieve automation of the coloring process. This automatic batching control system uses a master-slave structure, connecting multiple single-chip microcomputers into a powerful system. The centralized feeding system adopts a one-machine-one-pipe, sealed-loop design. The entire system runs stably, without any plastic dampness or material blockage.

 Automatic Batching of Refractory Materials

Used in conjunction with a central dryer (dehumidifier) system, it allows the dried air to re-dry the raw materials, preventing the dried plastics from becoming damp. Simultaneously, the conveying pipes are cleaned after each conveying cycle to ensure that there are no residual materials in the pipes. Adding raw materials to the injection molding machine avoids dampness, and the original dust in the raw materials is filtered out by the filter (dust collector) system under the simultaneous action of vacuum negative pressure, which helps improve product quality. As we all know, automatic batching systems can solve many material feeding problems, so their impact on the production of plastic products in workshops is immeasurable.


  Due to the continuous innovation and development of our society, the amount of materials required by different workshops varies. The analysis of the central feeding system can design various optimized installation schemes according to different workshops and supplied materials. Automatic batching of refractory materials can reduce a lot of labor costs because it is easy to operate; only a few people are needed to control the entire factory's work. It can also reduce other auxiliary equipment, thereby saving electricity and maintenance costs.


  The feeding system of the automatic batching of refractory materials has a centralized dust recovery system, making cleaning more convenient and efficient, and the environmental protection effect can meet the requirements of dust-free operation. It can also reduce noise, lower the pollution level of the factory, maintain the cleanliness of the production workshop, and establish the image of modern factory management.


The automatic batching of refractory materials uses microcomputer centralized automatic control to achieve 24-hour continuous feeding of granular materials. Several small computers control the coloring process of each molding machine respectively. The metering is accurate, the mixing is uniform, the color change is flexible, and the requirements of multi-color and multi-variety products can be met. The material supply can be flexibly changed according to the different molding machines that can be produced. The multi-inlet pipe design allows for diversified main material requirements.


With the development of industry, the requirements for automated control and factory environment are getting higher and higher, making the automatic batching of refractory materials a preferred choice for various industries. High integration in multiple industries reduces equipment investment, labor costs, improves the employee working environment, increases production efficiency, and enhances the enterprise's modern management level.


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