Mixing technology of tubers / grain flour

As we all know, because of the unique gluten structure of wheat flour, it can produce macaroni, spaghetti and other flour products through cold extrusion equipment after simply mixing flour. Because whole tubers flour and whole grain flour do not have the unique characteristics of wheat, it is difficult to achieve the quality of wheat flour products in terms of shape and food taste. Therefore, in the production of non wheat flour products, the method of adding a variety of food additives is often used to adjust the shape and taste of the products. On the one hand, food additives are not satisfactory in terms of economy and safety. On the other hand, the compatibility of traditional wheat flour production machines with non wheat flour materials is poor, so it is difficult to achieve the ideal product quality.

In view of the above problems, our company comprehensively considers the economic factors and material characteristics, and carries out the pretreatment of non wheat flour materials in the flour mixing stage through the innovation and reform of flour mixing equipment. The application of the equipment can realize that the addition amount of non wheat flour is ≤ 35% and mixed with wheat flour. The mixed flour can be produced in the traditional wheat flour machine without adding any additives. The obtained products have excellent performance in shape and taste.

On the one hand, the technology can not cause great changes in dietary taste and habits, on the other hand, it can realize the partial substitution of a variety of high-yield raw materials for wheat flour in different regions. Such as cassava flour, corn flour, sweet potato flour and other high-yield raw materials.

Technical description:

1. The equipment has different equipment matching, which can be matched according to different materials and product models. It is not reflected in the figure above due to technical confidentiality and other reasons.

2. The equipment has an independent electric control system, which can be controlled according to the parameters of different material models, and has achieved the ideal treatment effect.

Products produced with this technology