Research on the optimization of the main structure of the ring die pellet machine

In recent years, as a key equipment for biomass energy processing and feed production, the market demand and technological innovation of the ring die pellet machine have been continuously promoted. With the global emphasis on renewable energy and the promotion of environmental protection policies, the high efficiency, energy saving, intelligence and customization of ring die pellet machine have become the main trend of industry development.

In terms of optimizing the main structure of the ring die pellet machine, researchers have made remarkable progress through a variety of technical means. For example, based on the design of bionic honeycomb ordered multi-mode pore structure, a new type of vertical ring die biomass pellet molding machine was proposed. This design significantly improves productivity and reduces the risk of failure of the ring die by optimizing the shape and arrangement of the die holes. In addition, through the simulation analysis of discrete element and finite element software, the researchers found that when the hole diameter of the ring die is 5 mm, the cone angle of the die hole is 75°, and the particle size of the powder is 0.6 mm, the wear deformation of the ring die surface is minimal, and the granulation quality and efficiency are the best.

Environmental protection and energy saving are important development directions of the ring die pellet machine industry. The new equipment significantly reduces energy consumption and pollutant emissions by optimizing the structural design and adopting advanced energy-saving technologies. This energy-efficient design not only improves the economic efficiency of the enterprise, but also meets the requirements of global green development.

In the future, the development of ring die pellet machine will pay more attention to intelligence and customization. Through the Internet of Things technology, the equipment can be remotely monitored and maintained, improving operational efficiency and fault warning capabilities. In addition, in response to the differentiated needs of different industries for pellet fuel specifications and quality, the design and material selection of the ring die pellet machine are also constantly optimized to meet diverse application scenarios.

With the increasing global demand for biomass energy and efficient feed processing, the market prospect of ring die pellet machine is broad. The industry report predicts that in the next few years, the ring die pellet machine will be deeply integrated with the biomass energy industry chain to promote the large-scale and industrialized development of the industry.