Multistage Hot Extrusion Technology

Tubers flour, whole grain flour and other non wheat flour are difficult to be processed into macaroni, spaghetti, noodles and other forms generally accepted by consumers because they do not have the unique characteristics of wheat flour, which limits the process of staple food of a variety of high-yield potato (cassava, sweet potato, etc.) and cereals (corn, millet, sorghum, etc.). So that countries in non wheat producing areas, which are accustomed to taking macaroni and other forms of food as their staple food, have great hidden dangers in food security.

After years of research and development, through the adjustment of mechanical structure and parameters of hot extrusion equipment, our company can use a variety of Tubers flour and grain flour to produce macaroni, spaghetti, noodles, meal substitute powder and other traditional staple foods. Thus, different high-yield staple foods in different regions can become the staple food recognized by the public. It has greatly increased the diversity of staple food raw materials and strengthened the value chain system of staple food.

At present, our company successfully applies all cassava flour, all corn flour, all corn bran flour, all millet flour, all buckwheat flour and other materials to produce macaroni and noodles. At the same time, it is gradually carrying out parameter adjustment for different materials around the world.

           Schematic diagram of prototype                              Related product videos

Technical description:

1. The equipment needs to be matched with different equipment to produce different products with different materials. The above figure is a schematic diagram.

2. Multistage hot extrusion equipment needs to customize the mechanical structure and parameters according to different materials and production capacity requirements of customers.

3. The equipment has wide applicability and is equipped with automatic electric control system to set parameters such as pressure, temperature and shear force, so as to be compatible with different raw materials