0-100 Mesh or 8-40 Mesh? A Beverage Technologists Guide to Picking Citric Acid Particle Size Without Post-Dissolution Filtration

Manufacturing Beverages on An Industrial Basis 

Particle size of the citric acid is very important. MenJie, the pioneers in industrial manufacturing, are acutely aware of the importance of choosing the right citric acid particle size and avoiding post-dissolution filtration. Beverage technologists can use this guide to make educated decisions between 0-100 Mesh or 8-40 alternatives for maximum production efficiency and quality. 

Choosing the Citric Acid Particle Size for Scale Up 

In the large-scale beverage-making industry, the particle dimension of citric acid is very important for the quality of made stuff. Whether to use 0-100 Mesh or 8-40 Mesh citric acid can affect the dissolution rate, taste and appearance of the drink. For instance, when xanthan gum 200 mesh citric acid is used it is likely to dissolve more rapidly as a consequence of the particles' smaller size thereby speeding up the mixing. However, this smaller size particles may also call for filtration after dissolution to eliminate any silt or haze in the drink. The citric acid 8-40 Mesh, on the other hand, may provide for a longer dissolution period but also might result in a clearer and smoother beverage without requiring further filtration post-processes. When selecting the citric acid particle size, beverage technologists need to consider their production process conditions and the desired final Other product properties. 

Particle size and Dissolution analysis of Citric acid 

The particle size of citric acid is directly related to the dissolution profile of citric acid in beverages. Smaller size particles, such as those that we find in 0-100 Mesh citric acid have more surface area than larger particles and will dissolve much faster once they're introduced to any liquid. Such an immediate dissolve can be desirable in some beverage mixes where rapid dispersion is required. However, in addition to that it is worth mentioning that smaller particle sizes can give a cloudier product in the end which would need to be filtered after dissolution to suppress opalescence. 

Conversely, larger particles of material, like xanthan gum 800 mesh citric acid, dissolve more slowly, but may produce a clearer beverage without any necessary filtration. By knowing the correlation of citric acid particle size with dissoluble beverage technologists are able to take the right decisions for improving their production cause and product quality. 

Recommended Approach to Citric Acid Sizes 

Best option for particle size range of citric acid in this study, there was a simple rinse after the NaOH cleaning step into deionized water using ultra-pure grade check PPT where mainly 0 -3 mm.