Magnofeed Introduction
As a magnesium oxide product, Magnofeed is an alkaline mineral compound used in the livestock and poultry feed ingredients for acidosis prevention and magnesium supply. Due to its high-quality ingredients (with the minimum amount of heavy elements), proper thermal processing, and completely micronized granulation, this product is highly effective in neutralizing the ruminal acids and can partly replace the sodium bicarbonate present in the feed. In addition to reducing the feed costs, Magnofeed can be used to prevent acidosis and ruminal pH reduction and maintain the fat present in the milk.
Why Magnofeed??
Here, we mention some research conducted in prestigious universities and scientific centers of Iran on the advantage of Magnofeed:Why Magnofeed?
• A significant increase (from 2.75% to 2.95%) in the fat content of the milk from super cows by replacing 50% of the sodium bicarbonate in the feed with Magnofeed. (Research by the Isfahan University of Technology in 2017)
• Significant increase in the ruminal pH (from 5.91 to 6.14) and fecal pH (from 6.24 to 6.67). (Research by the Isfahan University of Technology in 2017)
• Significant increase in the feed efficiency (from 1.40 to 1.48) and daily economic profit from each dairy cow (by 8%) by replacing 50% of the sodium bicarbonate in the feed with Magnofeed. (Research by the Isfahan University of Technology in 2017)
• A significant increase in the fat content of the milk and production of the milk corrected for 4% fat content by replacing 50% of the sodium bicarbonate in the feed with Magnofeed. (Farm test results of dairy farms of Shiraz in 2016)
• Highest ability in hydrochloric acid neutralization compared with other magnesium oxide products in the market (Research by the Yasouj University in 2019)
Results of the joint research by Vivan Science-based Company and the Vice Chancellor for Research and Technology of the Isfahan University of Technology
Dosage
Dairy cattle: 4-8 kg per ton of concentrate
Beef cattle: 5-10 kg per ton of concentrate
