crushing principle-manufacture,factory,supplier from China

Market demand growth drives enterprise expansion: In recent years, with the rapid development of industries such as construction, mining, and agriculture, the demand for crushers, shellers, and their crushing rollers has continued to grow. In order to meet market demand, our company has expanded its production base and added two crushing roller production lines. It is expected that after production, the company's annual output of crushing rollers will increase by 55%.

In recent years, with the increasing demand for refined processing of fertilizers in agricultural production, Horizontal Urea Crusher, as a key equipment in the field of fertilizer production, has ushered in a series of important developments and applications.Horizontal Urea Crusher is usually a medium-sized horizontal cage crusher. Its working principle is based on the impact crushing mechanism. The two sets of inner and outer cage bars inside the equipment rotate in opposite directions at high speed.

The multi-purpose pulverizer is equipped with an advanced intelligent control system, which brings a new operating experience to users. The system can automatically identify the type, hardness, humidity and other characteristics of the material, and automatically adjust the pulverizing parameters such as rotation speed, feed speed, pulverizing force, etc. according to this information.This intelligent automatic adjustment function not only improves the pulverizing efficiency, but also effectively avoids energy waste and equipment damage caused by improper manual settings.

In today's material crushing field, intelligence and efficiency have become key trends in industry development. A new type of equipment called "Intelligent and efficient semi-wet material crusher" is gradually emerging, bringing new changes and opportunities to related industries.It is understood that this semi-wet material crusher combines advanced intelligent technology and efficient crushing performance, making it stand out among many similar products.

Recently, our company has made another major breakthrough in the field of material crushing equipment. Its newly developed fully automatic cage crusher has been launched to the market, which has attracted widespread attention and heated discussions in the industry.This fully automatic cage crusher embodies the wisdom and efforts of our company in the research and development of crushing technology for many years. It adopts an advanced automatic control system, which can realize the full process automation operation from material feeding, crushing to discharging.

The production process of granular organic fertilizer includes fermentation, crushing and mixing, granulation, drying and other process stages. On the surface, since the granules are formed, is drying redundant? Not at all, and it is quite important. So why do we need to dry the granules after granulation? The reasons are roughly as follows:1. Reduce the moisture content of granular organic fertilizerAs we all know, the moisture content of organic fertilizer raw materials is relatively high.

Recently, the biomass pulverizer developed by our company came out, bringing innovative solutions to the field of biomass resource processing.This biomass pulverizer has excellent performance, and its unique design enables it to efficiently process a variety of biomass raw materials.

After years of hard work and countless tests, the company's R&D team has made a major breakthrough in the technology of efficient slot lathes. This lathe combines advanced mechanical design concepts and cutting-edge automation control technology, showing remarkable performance advantages.In terms of structural design, we have optimized the design of the bed and guide rails. The bed is made of high-strength and high-toughness alloy materials, and after a special heat treatment process, it effectively improves the overall rigidity and stability.

In recent years, hopper elevators have achieved a series of major breakthroughs at the technical level. In terms of hopper design, the new hopper has been significantly improved in strength and durability by introducing advanced materials science and engineering mechanics principles. Moreover, the shape and size of the hopper are optimized to accommodate different types and characteristics of materials.

Recently, screw feeder technology has achieved a series of significant breakthroughs. In the design of the spiral shaft and spiral blades, R&D personnel used advanced computer simulation technology to optimize the shape and pitch of the blades. The new spiral blade can push materials more evenly and stably, effectively reducing the fluctuation of materials during transportation, greatly improving the accuracy of material transportation.