Spray corn husk, a versatile and remarkable byproduct from corn processing, has established itself as a cornerstone in the animal feed industry. Its balanced nutritional profile, cost-efficiency, and extensive applications make it indispensable. **Quality Attributes** The production of spray corn husk involves merging corn husks with nutrient-rich slurry derived from corn processing, followed by a sophisticated spray-drying technique. This innovative process yields a product of unparalleled consistency. Typically containing 8-12% crude protein, it offers a vital source of amino acids crucial for animal health. Furthermore, it boasts a high fiber content, generally ranging from 25-35%, primarily composed of insoluble fibers like cellulose and hemicellulose. These fibers are essential for promoting robust digestive health in animals. The product also retains a moderate amount of residual starch (10-20%), providing a vital energy source. Rigorous quality control protocols during production ensure minimal moisture levels (typically under 10%) to inhibit mold growth, alongside stringent limits on mycotoxin content, ensuring the feed's safety and stability. **Diverse Applications** Within the livestock sector, spray corn husk is held in high esteem. For ruminants such as cattle and sheep, its high-fiber content makes it an ideal dietary component. The insoluble fibers facilitate rumen fermentation, boosting digestive efficiency and fostering the growth of beneficial rumen microflora. In swine and poultry diets, it serves as a cost-effective filler and a rich source of dietary fiber. By incorporating spray corn husk into feed formulas, farmers can modulate feed bulk density, enhance palatability, and support a healthy gut environment for animals. Furthermore, its competitive pricing compared to alternative feed ingredients enables more economical feed formulations without significantly compromising nutritional value. In conclusion, spray corn husk emerges as a dependable and pragmatic feed ingredient. Its consistent quality, balanced nutrient composition, and versatile applications make it an essential selection for contemporary animal husbandry, contributing significantly to animal health and the economic sustainability of farming operations.