As a Copper oxide manufacturers ( https://www.wsdty.com/product/copper-oxide/ ), Wujiang Weishida Copper Technology Co., Ltd. has a detailed understanding of copper oxide.
Copper oxide: the same properties as zinc oxide
When feeding livestock and poultry, copper compounds face the same challenges as zinc: under typical conditions in the animal’s digestive tract, biosolubility is required. Even the stomach pH of weaned piglets is acidic due to immature digestive system and feed buffering capacity. When the solubility is too high, the copper ions are released too quickly, thereby binding to the antagonist in the upper part of the gastrointestinal tract. On the other hand, some copper compounds will not decompose sufficiently, just like copper (II) oxide. This black copper oxide cannot be used for animal nutrition due to its poor bioavailability. Copper oxide is another chemical form: it is the monovalent state of copper oxide and has recently been approved by the European Union. CoRouge is a high concentration (75% Cu) source of copper (I) oxide, in the form of non-hygroscopic, free-flowing and dust-free powder. Due to the monovalent state of copper and its high antibacterial activity, this product improves the intestinal health of monogastric animals. This was confirmed in an experiment at Wageningen University in the Netherlands, which involved 600 piglets. Two sources (copper sulfate; CoRouge) of three doses (15 ppm; 80 ppm; 160 ppm) were tested within 5 weeks after weaning. Measure the effects on animal growth, intestinal flora and mineral metabolism. Increasing the amount of copper can significantly improve body weight. At 35 days, the maximum difference in BW was 3.6 kg, compared to 160 ppm for copper (I) oxide solution and 15 ppm for copper sulfate. CoRouge’s improved growth performance can be explained by changing intestinal population characteristics. The affected treatment Lactobacillus and Streptococcus are the highest in the ileum and colon. When focusing on the intestinal E. coli population, there will be a source effect
Digestion Safety Toolbox
Zinc and copper supplements in pig feed are popular worldwide because they perform well and are cost-effective. Compared with the ban on certain antibiotics, the pharmacological dose of zinc oxide in piglet diets may be more challenging for diarrhea control. It is difficult for any dietary intervention or feed additive supplement to achieve the same growth level as copper. As a mineral tool in the digestive safety toolbox, zinc oxide and copper (I) oxide can provide the best combination. As dosage is reduced due to regulatory restrictions, nutritionists are looking for trace minerals that can fully determine safety to provide the best evidence of optimal gut health and bioavailability.
Copper oxide: the same properties as zinc oxide
When feeding livestock and poultry, copper compounds face the same challenges as zinc: under typical conditions in the animal’s digestive tract, biosolubility is required. Even the stomach pH of weaned piglets is acidic due to immature digestive system and feed buffering capacity. When the solubility is too high, the copper ions are released too quickly, thereby binding to the antagonist in the upper part of the gastrointestinal tract. On the other hand, some copper compounds will not decompose sufficiently, just like copper (II) oxide. This black copper oxide cannot be used for animal nutrition due to its poor bioavailability. Copper oxide is another chemical form: it is the monovalent state of copper oxide and has recently been approved by the European Union. CoRouge is a high concentration (75% Cu) source of copper (I) oxide, in the form of non-hygroscopic, free-flowing and dust-free powder. Due to the monovalent state of copper and its high antibacterial activity, this product improves the intestinal health of monogastric animals. This was confirmed in an experiment at Wageningen University in the Netherlands, which involved 600 piglets. Two sources (copper sulfate; CoRouge) of three doses (15 ppm; 80 ppm; 160 ppm) were tested within 5 weeks after weaning. Measure the effects on animal growth, intestinal flora and mineral metabolism. Increasing the amount of copper can significantly improve body weight. At 35 days, the maximum difference in BW was 3.6 kg, compared to 160 ppm for copper (I) oxide solution and 15 ppm for copper sulfate. CoRouge’s improved growth performance can be explained by changing intestinal population characteristics. The affected treatment Lactobacillus and Streptococcus are the highest in the ileum and colon. When focusing on the intestinal E. coli population, there will be a source effect
Digestion Safety Toolbox
Zinc and copper supplements in pig feed are popular worldwide because they perform well and are cost-effective. Compared with the ban on certain antibiotics, the pharmacological dose of zinc oxide in piglet diets may be more challenging for diarrhea control. It is difficult for any dietary intervention or feed additive supplement to achieve the same growth level as copper. As a mineral tool in the digestive safety toolbox, zinc oxide and copper (I) oxide can provide the best combination. As dosage is reduced due to regulatory restrictions, nutritionists are looking for trace minerals that can fully determine safety to provide the best evidence of optimal gut health and bioavailability.
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