How is the processing efficiency of the SJFS88 Serial Wet Process Hammer Mill?

Kommentarer · 10 Visningar

SJFS88 Serial Wet Process Hammer Mill https://www.hammer-mill.com/sjfs88-serial-wet-process-hammer-mill.html

The processing efficiency of SJFS88 Serial Wet Process Hammer Mill is an important consideration factor in the flour processing industry. The following is a detailed analysis of its processing efficiency:

I. Overview of Processing Efficiency

The SJFS88 Serial Wet Process Hammer Mill, as the main machine of the flour milling equipment in the flour mill, its processing efficiency mainly depends on several aspects, including the design of the equipment, manufacturing process, the synergy of supporting equipment, operation and management level, and the quality of raw wheat, etc. With reasonable configuration and proper operation, the SJFS88 Serial Wet Process Hammer Mill can significantly improve the processing efficiency of flour production.

Ii. Specific Manifestations of processing efficiency

High output

The SJFS88 Serial Wet Process Hammer Mill is capable of achieving high-yield flour production through its unique design, such as double-stage grinding, peeling and sieving, and graded purification technologies. Some production lines utilize the SJFS88 Serial Wet Process Hammer Mill, and the daily processing capacity can reach 1,000 tons or even higher.

In the middle powder extraction process, the application of an eight-roll mill in the front path can increase the output by 6% to 10%. This is mainly attributed to the effectiveness and stability of the SJFS88 Serial Wet Process Hammer Mill during the grinding process.

Low power consumption

The SJFS88 Serial Wet Process Hammer Mill can increase output while effectively reducing power consumption. This is attributed to its optimized design and advanced manufacturing process, which enables the equipment to be more energy-efficient during operation.

According to relevant data, for some production lines that adopt the SJFS88 Serial Wet Process Hammer Mill, the power consumption per ton of wheat can be reduced to less than 50kW/h, or even lower.

Xinhe Circular Grinding powder.png

High quality

During the grinding Process of the SJFS88 Serial Wet Process Hammer Mill, through fine grinding and sieving, high-quality flour can be extracted. Meanwhile, due to its design advantages, it can effectively reduce the temperature of bran crushing and grinding, thereby enhancing the color and quality of the flour.

Iii. Factors Affecting Processing Efficiency

Equipment configuration:

Whether the configuration of the SJFS88 Serial Wet Process Hammer Mill is reasonable directly affects its processing efficiency. Reasonably configured equipment can give full play to the synergistic effect of each component, thereby improving the overall processing efficiency.

Operation Management

The operation management level is also an important factor affecting the processing efficiency of the SJFS88 Serial Wet Process Hammer Mill. Skilled operators can adjust the equipment parameters and operation procedures according to the actual situation to ensure that the equipment is always in a good operating condition.

Raw material quality:

The quality of raw wheat directly affects the processing efficiency and product quality of SJFS88 Serial Wet Process Hammer Mill. High-quality wheat can reduce equipment wear and failure rates, while increasing flour yield and flour quality.

Iv. Conclusion

To sum up, the SJFS88 Serial Wet Process Hammer Mill has a high processing efficiency in the flour processing industry. Its characteristics of high output, low power consumption and high quality have enabled it to be widely applied in flour production. However, to give full play to the processing efficiency of the SJFS88 Serial Wet Process Hammer Mill, efforts in many aspects such as reasonable equipment configuration, strengthened operation management and control of raw material quality are still needed.

SJFS88 Serial Wet Process Hammer Mill https://www.hammer-mill.com/sjfs88-serial-wet-process-hammer-mill.html

Kommentarer