We know that the definition of an automatic quantitative packaging scale is an automatic feeding scale with packaging function. The main function of a quantitative packaging scale is to automatically quantify and bag bulk bulk materials.

Does different materials have an impact on the weighing and bagging work of packaging scales? The answer is yes, different materials have a significant impact on the operation of packaging scales. Some materials may not be suitable for packaging using automatic quantitative packaging scales, and different materials require different models for packaging.

According to the particle size and shape of the materials, we often classify the materials that can be used for automatic quantitative packaging scales into the following types:

1. Powder materials (such as flour, starch, organic matter crushed materials, chemical crystallization powder, mineral powder, etc.)

2. Granular materials (such as various grains, nuts, plastic particles, chemical particles, etc.)

3. Blocky materials (such as coal, small stones, etc.)

4. Flaky materials (such as plastic sheets)

5. Lightweight debris materials (such as straw, rice husk, substrate, fermented organic matter)

6. Mixed materials (such as coal, humic acid)

For different materials, the most matching measurement and packaging form should be selected, that is, different models of automatic quantitative packaging scales. The feeding method, measurement method, and other design structures of different models of packaging scales are different. If the selection is incorrect, it will not only seriously affect the weighing accuracy and packaging speed for future use, especially for some special attribute materials, and in severe cases, they may even be completely unusable.

Due to the different physical properties of different materials, such as particle size, moisture content, air content, material density, stacking angle, friction angle, flowability, etc., these are all factors that need to be considered when selecting an automatic quantitative packaging scale suitable for materials