A fortified rice production line uses different raw materials to add various elements to the rice and regenerate the new fortified nutrition. The end product is fortified rice that meets the needs of people with balanced nutrition.
The fortified rice has the same viscosity, elasticity, and taste as natural-rising grains. The cost of a fortified rice production line depends on the micronutrient composition of the fortification solution.
The best fortified rice production line combines multiple SLG70 extruders and has four sets. This process increases output, decreases equipment costs, and ensures uniformity.
The fortified rice production line with 4 extruders produces the same amount of fortified rice as four ordinary SLG70 rice production lines, while using only one piece of equipment. This allows for an efficient production of fortified rice.
A fortified rice production line has two distinct methods. The first method uses an artificial rice extruder. The second method uses a dryer to dry the rice.
Both methods use twin-screw technology to solidify and strengthen the micronutrients in the rice. The result is a nutritious rice that can be consumed according to the properties of natural rice.
This rice can also be made from other cereals and contain vitamin and mineral compositions.
A fortified rice production line is usually a combination of hot and cold extrusion technology. The former produces the highest quality kernels but is more expensive.
The second method, warm extrusion, is a hybrid of the two methods. During the first stage of the process, a coating of vitamins, minerals, and waxes is applied to the rice.
The fortified rice is then combined with unfortified rice at a ratio of 1:200 or 1:100.
Another type of fortified rice production line is the FRK fortified rice kernel production line. Unlike the traditional rice kernel production, the fortified rice kernel production line is the perfect solution for fortified fried rice.
Its advanced technology enables it to use a wide range of grains as raw materials and can add various nutrients, including vitamins and minerals. The resulting fortified rice is available in different sizes and shapes.
The cost of a fortified rice production line is determined by the types of fortification technology used and the ratio of fortified kernels to unfortified kernels. The first step in the process is the mixing of fortified and unfortified rice.
The ratio between the fortified and unfortified rice will be the best option for a fortified rice production line. The last step is the extrusion process.
A fortified rice production line uses a twin-screw artificial rice extruder and a dryer to dry the fortified rice. The extrusion process can strengthen and solidify micronutrients in rice.
This type of fortified rice is derived from cereals and is nutritionally dense.
Its appearance is similar to that of natural-raised rice. However, the fortified rice has been enriched with vitamins and minerals.
There are two types of fortified rice production lines. The first method uses broken rice while the other is a hybrid process.
The two types of fortified rice have different moisture contents.
The moisture content of fortified rice should be between 10-14%, and too high or too low a moisture content can cause mould.
The third type is the hot extrusion process. This technique is cheaper, but it does not meet consumer demands for uniformity.
Traditionally, fortified rice is coated with vitamins and minerals. The powdery blend of vitamins and minerals is then added to unfortified rice.
The two types of fortified rice are produced by different methods. The hot method is more expensive than the cold method, but it can meet the requirements of consumers with regard to uniformity.
Lastly, the cold method is not very expensive but may not be able to meet the needs of some consumers.
Besides the nutritional value of fortified rice, a nutrition rice production line also provides the necessary elements for a healthier life.
This method can also produce the nutrient-rich fortified chana dal, which is very useful in reducing the risk of malnutrition.
A fortified rice production line is a great tool for fortifying rice. It is more efficient than manual fortification.