Feedlot 40-30
| Life Stage: | Finisher |
|---|---|
| Feed Type: | Supplement |
| Feed Form: | Pellet |
| Packaging: | 50-lb Bag |
A high-protein supplement containing urea for finishing cattle.
- Formulated specifically for finishing rations - Formulated specifically for finishing rations so the high-energy finishing rations allow increased levels of urea to be utilized efficiently.
- Urea - Urea is added for greater economy. The rumen’s ability to convert urea into usable nitrogen helps reduce supplement cost.
- High mineral fortification - Trace minerals help to balance the ration and maintain animal health and preformance.
| Crude Protein, min | 40.00% |
| NPN, max | 30.00% |
| Crude Fat, min | 2.00% |
| Crude Fiber, max | 12.00% |
| Calcium, min | 8.00% |
| Calcium, max | 9.50% |
| Phosphorus, min | 0.50% |
| Salt, min | 2.30% |
| Salt, max | 2.80% |
| Potassium, min | 0.60% |
| Zinc min | 1,000 ppm |
| Vitamin A, min | 30,000 IU/lb |
| Vitamin D3, min | 3,000 IU/lb |
| Vitamin E, min | 30 IU/lb |
Feed Feedlot 40-30 from 0.5 to 1.8 pounds per head per day depending on amount and quality of roughage, grain fed and the size of cattle. For additional mixing and feeding directions, contact your Kent Nutrition Group feed representative.
Warning
This feed is to bed fed to ruminants only. Use in accordance with directions on this label.
Related Resources
Supporting Cow and Calf Health During Calving Season
Learn how pre-calving nutrition, coccidiosis prevention and immune support can help improve cow and calf health, feed efficiency and performance during calving season.
Read MoreMilk Replacer Mixing: Why Consistency Matters for Calf Nutrition
Consistency when mixing milk replacer for calves is important to ensure calf growth and health. Learn how calf health can be impacted by changes in milk replacement portions.
Read MoreReceiving Calf Nutrition: Building the foundation for health, growth and performance
Learn how receiving calf nutrition, water, feed intake and consistent management can support calf health, growth and performance.
Read More
