Biomass pellet mill of Henan Fote Heavy Machinery Co., Ltd. is characterized by independent drive on all parts from feeding, mixing to pelleting and lubricating as well as unique ring die assembling and disassembling. The feeder adopts AC magneto in stepless speed regulating. Technically, the feed intake volume can be adjusted in view of the working load. The whole set remarkably possesses elegant structure design, advanced technology, high productivity, lower power consumption and easy operation.

The pelletizing principle of biomass pellet mill (http://www.woodpelletmillchina.com/pro/biomass_pellet_mill.html) can be divided into ordinary temperature way, hot way and cold way:

1. Natural temperature formationMaterials with fiber content become soft, moist and cracking with partial degradation after a certain degree of degeneration that are easy to compress and formation. A simple mold can be used to squeeze out the water content from the partial degradation agro wastes which can form the low density pelletizing fuel.

2. Technology process of hot formation consists of crushing the raw materials, drying and mixing, pelletizing and cooling and package. According to different parts of heating, it can be classified into two classifications: one is to heat the materials at the formation part; the other is to heat the materials before entering into the pelletizing system and the pelletizing part respectively.

3. Cold formation means the process that biomass pellet mill presses the biomass materials under the natural temperature. Its cohesive force mainly depends on the heat produced by the compression process which makes the lignin content of the biomass materials bond together through plasticizing. The technology process of cold pressing usually requires very strong formation force. A certain amount of bonders can be added to the pelletizing process to decrease the compression force.

If you want to get more information about pellet making machine for sale, welcome to contact or visit Fote Machinery: info@sinoftm.com.