Dinatec, Inc. products

Dinasilis a product that is formulated to bind toxins produced by molds (mycotoxins) in such a way that it will not be absorbed by the animal.

In a normal, healthy rumen, lactic acid production equals lactic acid use.  Thus, lactic acid is rarely detectable in a healthy rumen.  However, a number of different factors can easily lead to an imbalance in lactic acid metabolism 1) resulting in acute or sub-acute acidosis.

99.2-100% in vitro efficacy against AFLATOXINS may be shown. It’s a toxin binder ammonia binder and anti-caking agent with a very high cation-exchange capacity (CEC). Aflabind is suitable for use in all types of animal feed. AFLABIND contains an extremely pure form of clinoptilolite, which is a zeolite naturally formed by the devitrification of volcanic ash in lakes and marine water.

All You Need To Know About Dinox. What is Dinox Dry? DINOX DRY is a dry powder antioxidant made from a carefully researched synergistic combination of phenolic and non-phenolic antioxidative compounds.

Results from swine and poultry experiments abroad revealed the following: In swine, DINASE 30-15. Reduces environmental ammonia by 50 %. Reduces intestinal ammonia by 50 - 60 %. Improves Feed Conversion (FCR) by 4.5%. 1.3 more weaned pigs/sow/year.

100% natural odor control technology an excellent source for saponin content. What is DINASE® ? DINASE® is a new high technology feed additive that inhibits urease activity and therefore reduces ammonia gas levels and other odors in the organic waste of the animal, and the environment. How does the enzyme urease produce ammonia? Urease enzyme converts urea and other nitrogenous compounds to ammonia and carbon dioxide. Increase dietary protein will also increase ammonia excretion.

DINASE 30-30 Dry On a free flowing Silicon Dioxide Carrier. All you want to know about DINASE 30-30 ® as a Urease Inhibitor What is DINASE 30-30 Dry® ? DINASE 30-30 Dry® is a new high technology feed additive that inhibits urease activity and therefore reduces ammonia gas levels and other odors in the organic waste of the animal, and the environment. How does the enzyme urease produce ammonia? Urease enzyme converts urea and other nitrogenous compounds to ammonia and carbon dioxide. Increase dietary protein will also increase ammonia excretion.