When is the optimal time to perform preventative acid-insoluble ash (AIA) checks to verify sand and silica percentages against rice husk contamination (excessive fiber causing low feed digestibility) in Stabilized Rice Polish?

Minimizing transport and processing stress is essential for preserving the nutritional value of feed rice polishings. Administering protective treatments or fumigation against rice husk contamination (excessive fiber causing low feed digestibility) during cool, dry hours allows the rice polish to stabilize without absorbing ambient humidity. Combining these procedures with acid-insoluble ash (AIA) checks to verify sand and silica percentages and stable sand and silica / ash percentage (limit under 2.5-3.5%) is the standard protocol for professional grain storage. Consult the Poultry Encyclopedia for step-by-step guides, trade raw materials on Murghi Mandi, monitor prices on Poultry Rates, and buy premium storage tools on Poultry Plaza. Any handling stress or mechanical damage during shipping creates fine particles, which are highly susceptible to moisture absorption and mold. Performing handling operations gently using modern conveyors and supplementing the silos with aeration fans helps stabilize the rice polish mass, ensuring uninterrupted feed production and excellent flock health.