Dairy

Water soluble, highly bioavailable, organic source of chromium that helps improve glucose utilization and reduce the negative impacts of stress for increased cellular energy, function, and milk production.

improved maintenance, reproduction, growth, and immunity.

Nutrilock® Chromium is 100% manufactured in USA and utilizes a proprietary technology to reduce hexavalent Cr to significantly lower levels than any other product’s published levels

Of the 30 published studies (~8mg Cr fed), about a third of the time cows did not significantly increase milk yield, about a third of the time cows increased milk yield 3-6 pounds, and about a third of the time cows increased milk yield greater than 6 pounds. Dry matter intake usually increased concomitantly. Increased milk pays the bills and any improvement in immune function is ‘icing on the cake’.

To ensure adequate glucose is partitioned to the fetus, colostrum, and early lactation milk production, cows are insulin resistant in late gestation and early lactation. Because Cr can influence insulin resistance, most studies with dairy cows start supplementation a few weeks before calving and continue for one or two months after calving.

Bioactive zeolite that when fed in a well-balanced diet the last 2-3 weeks of gestation will improve calcium status of early lactation dairy cows.

Studies have shown that as many as 50% of fresh multiparous cows experience subclinical hypocalcemia.

Furthermore, studies have also shown that cows experiencing chronic subclinical hypocalcemia produce less milk, lower fertility rates which lead to greater odds of involuntarily culling.

CalBal is designed to specifically exchange its Sodium with Calcium to trigger PTH, while simultaneously reducing P to levels consistently proven to correlate with reduced SCH/milk fever.

CalBal has a highly concentrated active ingredient inclusion which translates into lower feeding rates, freeing up the nutritionist to incorporate other essential nutrients.

CalBal is consistent in particle size

It is also significantly easier to blend without self-separation

Hydroxy Minerals are a distinct class of trace minerals made up of chloride, oxygen, and hydrogen covalently bound to an element such as Copper, Zinc and Manganese.

Nutrilock^® Hydroxy Minerals minerals have consistently been proven to be more bioavailable and biologically effective compared to sulfates and oxides.

In addition, Nutrilock^® Hydroxy Minerals have consistently been proven to be as bio-equivalent or better than Organic Trace Minerals (OTMs), at a fraction of the cost.

Nutrilock^® Hydroxy Minerals are significantly higher in active ingredient content, requiring less space in a diet than OTMs and sulfates.

Nutrilock^® Hydroxy Minerals are less reactive than ionically bound sulfates and carbonates, which helps with the stability of other dietary ingredients.

Nutrilock^® Hydroxy Minerals can completely replace lower quality sources like sulfate and oxides in diet formulations, where OTMs are unable due to dietary space and cost limitations.

Practical Research supporting Nutrilock® TBCC, Nutrilock® TBZC, Nutrilock® TBMC

Expert Technical & Customer Support in Trace Mineral Nutrition.

The Market Leader in Hydroxy Minerals.

58% Copper

Non-hygroscopic

Dust free, free flowing

Chloride contribution in feed is minimal, less than 40 ppm

Does not antagonize phytase as many other copper sources do

Does not degrade expensive vitamins like other copper sources

Take up less space in a diet or premix, which saves the customer money and real estate for more energy

58% Zinc

Non-hygroscopic

Dust free, free flowing

Chloride contribution in feed is minimal, less than 40 ppm

Hydroxy Minerals in animal performance trials consistently perform equivalent to or better than Sulfates at significantly lower supplemental levels

Hydroxy Minerals in animal performance trials consistently perform equivalent to or better than OTMs at a lower cost

46% Manganese

Non-hygroscopic

Dust free, free flowing

Chloride contribution in feed is minimal, less than 40 ppm

Hydroxy Minerals in animal performance trials perform equivalent to or better than Sulfates at significantly lower supplemental levels

Hydroxy Minerals in animal performance trials perform equivalent to or better than OTMs at a lower cost