Abstract
The Effect of Screen Hole Diameter and Hammer Tip Speed on the Subsequent Particle Size of Ground Corn Analyzed With and Without Sieving Agent
Highlights
The particle size of cereal grains in diets has a significant impact on animal performance
There was no evidence of a screen hole diameter × hammer tip speed × sieving agent interaction for all variables (P > 0.327)
There was no evidence of a screen hole diameter × hammer tip speed interaction for percent fines (P > 0.153)
Summary
The particle size of cereal grains in diets has a significant impact on animal performance. Decreasing particle size allows for greater surface area for digestive enzymes, which can increase the animal’s access to nutrients. Smaller particles are not always better, as the optimal particle size can vary by species and growth phase. Fine particles can lead to issues with palatability and handling characteristics. Determining the target particle size of cereal grains for diets can become a difficult task. The decision can further be complicated by the grinding limitations of the feed mill
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