Small Diesel Engine Goose Feed Pellet Machine-Tractor Chicken Duck Goose Pellet Feed Machine-Gasoline Engine Goose Food Feed Processing Equipment
Model: 120, 150, 200, 230, 260, 300, 400
Power: single-phase 2.2Kw, three-phase 3-30Kw
Output: 60-1100Kg/h
Die plate: 2.5mm
Scope of application: It can be used to suppress common feed materials such as corn and bran, and is suitable for poultry breeding such as chickens, ducks, and geese.

The chicken, duck and goose pellet machine adopts a flat mold design and is driven by a motor. There are two kinds of moving discs and moving rollers, and the output is 60-1100 kg per hour. In addition, diesel engines, tractors, gasoline engines and other types of engines are used to meet the needs of special people.

Goose feed pellet machine:
1) The machine is manufactured with a special process, the surface of the machined particles is smooth, the hardness is moderate, and the particle size can be changed and adjusted at will. The inside of the feed pellets reaches half-cooked degree, which can not only gelatinize starch and coagulate protein, improve the nutritional quality of feed, facilitate digestion and absorption, but also can kill common pathogenic bacteria and parasites. By adjusting the compression ratio of the mold, the pelletizing temperature can be reduced, and low-temperature materials such as feed, organic fertilizer, compound fertilizer, and biological bacterial fertilizer can be pelletized. The water content of the granulation is about 13%, and the temperature is naturally cooled without cooling.

2) The machine is composed of a motor, a drive shaft transmission device, a flat die, a press wheel, a feed hopper, a cutter, and a discharge hopper.

3) The pellet feed machine is based on mechanical circular motion. The diesel motor drives the drive shaft, transfers the gear to the main shaft and the template, so that the template rubs the pressure wheel and rotates. Under the pressurized pressure wheel, the material will move from Extrude from the template hole, and roll out the particles from the discharge port through the segment of the cutter.