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Put More Money in Your Pocket- the Profitability of MINTREX

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  • Accelerate Profit with Grow-Finish Pigs

    Diets include supplemental zinc (Zn), copper (Cu) and manganese (Mn) - often as inorganic salts or inorganic crystalline forms. The disadvantage of these inorganic sources is the mineral is unprotected from numerous antagonisms and interactions in the digestive tract. Consequently, the mineral can bind to these antagonists, preventing absorption. This can result in mineral inadequacies for achieving optimum health, performance, or structural integrity or extra costs to over-feed minerals that aren’t utilized by the animal.

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  • Improve Nursery Pig Performance

    MINTREX Cu provides less reactive copper (Cu) in the diet reducing the risk of oxidation of fats, leaving more energy for the piglet. Additionally, delivering more Cu to absorption sites in the intestine allowing for more uptake, a lower excretion and environmental impact and provides improved nursery performance at lower Cu inclusion rates compared to ITMs.

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  • The Role of Copper Beyond the Nursery

    Optimizing pig growth – that’s the ultimate goal during the grow-finish phase for producers. Amid this rapid growth, pigs are experiencing a myriad of changes and many stressors. These stressors can impact gut health and immune function which can derail weight gain and growth.

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  • MINTREX Performance in the Presence of a Phytase

    Producers typically supplement phytase to enhance phosphorus release from ingredients making it more available to the animal. However, phytate has a high affinity for the metal anions from ITM supplementation. As a result, before phytase has a chance to have an effect on phytate, mineralphytate complexes have been formed limiting phytase effectiveness for phosphorus liberation (Peng and Applegate, 2006). In other words, use of high levels of ITM fight against phytase effectiveness. Adding more ITMs on top of the diet to offset these antagonists is popular due to the perceived relative lower cost of ITMs versus more available chelated mineral sources. However, over-formulating total trace mineral levels arises from this strategy. Choosing a high quality chelated organic trace mineral (OTM) source allows for lower trace mineral inclusion and less mineral excretion.

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