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The artificial rice produced by the twin screw extruder is made from broken rice as raw material, which is ground through the crushing process to form fine rice flour. Artificial rice is made from the flour and is processed through processes such as adding water, stirring, expanding, cooling, drying, and sieving. Its appearance looks like rice.

The breakfast cereal chip production line uses corn, rice, buckwheat, and various grains as raw materials. Through multiple processes such as extruding, pressing, and baking, the cereal are produced and processed into thin and crispy flakes. Due to the special processing techniques of screw extrusion and high-temperature baking, the product has a crispy taste and pure grain aroma, making it suitable for snack; It can be mixed with other dried fruits and nuts, or can be independently packaged for final product sales.

The artificial rice produced by the twin screw extruder is made from broken rice as raw material, which is ground through the crushing process to form fine rice flour. Artificial rice is made from the flour and is processed through processes such as adding water, stirring, expanding, cooling, drying, and sieving. Its appearance looks like rice.

Soybean protein is a protein product with a similar muscle fiber material made by a new process using protein isolated from soybean as the basic raw material. After solidification in the brushed protein production line, it has unified organizational characteristics and specific organizational structure. Adding 10-20% brushed protein to meat products can replace beef and pork, not only does it not harm product quality, reduce raw material costs, and prevent meat from shrinking, making it more nutritious.

Modified starch production equipment is a mechanical equipment that performs secondary processing of starch and utilizes physicochemical or enzymatic processing to change the properties of starch. The purpose of starch denaturation is to meet the needs of various industrial applications. With the development of science and technology, the production equipment of modified starch has also made great progress. Next, let's learn about the configuration and process composition of the modified starch production equipment production line.

The high moisture drawn protein meat production line uses job based proteins such as soy protein isolate, pea protein, and wheat protein as the main raw materials according to demand. Using the extrusion and ripening process, it produces vegetable based protein meat products with high toughness, rich in layered fibers, and similar to meat products. The specially designed twin screw extrusion molding system sends the product in sheet form and cuts it into shape; The production line adopts a solid/liquid dual feed system to meet the precise proportion production of various materials and additives; The backlog unit of the twin screw extruder adopts a specially combined modular screw, with dynamic pressure detection and a multi stage independent temperature control system to ensure accurate temperature control; The main material of the entire line is food grade 304 stainless steel, and special parts such as extruder screws, cutters, and other spare parts are processed and produced from high-strength special steel for human body use in Wuhan; This production line has a high degree of automation, stable product quality, continuous production (no less than 72 hours of continuous production can be achieved), no waste, and low energy consumption;

With the continuous development of the extruder, the production performance is continuously improved, the work quality is reliable, the failure rate is low, the operation and maintenance are convenient, and the economic benefits of the enterprise are effectively improved; In the continuous research, the production process of the extruder has been improved to make it have better operation methods and greatly improve the production efficiency; In the manufacturing process, the main components of the extruder are made of special alloy materials and heat treated, which have a good service life; The expansion machine adopts dry expansion process and self-heating method, which is more in line with the actual needs of users; The main parts of screw extruder have powerful self-cleaning function, reduce manual operation, and save a lot of labor costs for extruder enterprises.

Nutritional rice production line is another innovative application of twin-screw technology. It can be completed from raw material processing, extrusion ripening, molding and drying at one time. It can also strengthen all kinds of vitamins and minerals necessary for human health in proportion to produce special nutritional fortified rice. This production technology can not only retain the original ingredients of ordinary rice, but also produce coarse grain and fine grain. With the improvement of people's living standards, People also have higher requirements for food on the table, and nutritious rice products highlight a good market prospect.

The texture and state of soya protein food are close to that of meat, and it is accepted by more and more consumers. Because it is similar to shredded meat and can also be used as a nutritious meal, it is popular with people. The demand for tissue protein production line is increasing, and the products produced are also beneficial to human health. Next, let me introduce the equipment configuration of the tissue protein production line and the characteristics of the food processed by the tissue protein production line,

Twin-screw extruder is an automatic feeding machine. Twin-screw extruder is an instrument that integrates the physical steps of melt conveying, solid conveying, melting, pressurization, exhaust, dehumidification and so on into the extruder screw. Compared with single-screw extruder, twin-screw extruder is favored for its ability to mix melt more fully. At present, twin-screw extruder is mainly used for extruding products. To purchase a twin-screw extruder, it is necessary to pay attention to the acceptable price range, the processing accuracy of the equipment design, and whether the processing requirements are met. Different models of twin-screw extruders have different performance, different application occasions and different price ranges.