Ruminant feed composition and method of making
a technology of additive composition and ruminant feed, which is applied in the field of feed additive composition and making method, to achieve the effects of less complex, cost efficient and/or easy-to-make, and effectiv
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example 1
[0026] 3000 grams of granulated lysine, BIOLYS® (Degussa Corporation), average diameter 1.14 mm, were transferred into a stainless steel coating drum which contains lifting and mixing flights and was rotated at 38 revolutions per minute. The 3000 grams of granulated lysine were heated to 175° F. (79.4° C.) using a laboratory heat gun. A first polyurethane coating layer was provided on the lysine as follows:
[0027] 1) 2.8 grams of polymeric MDI (p-MDI) (Mondur® MR Light, Bayer Corporation) were injected into the most active part of the bed of tumbling granules, and 30 seconds were allowed for the p-MDI to evenly spread over the surface of the granules. Then 8.5 grams of a blend of 90% polyester polyol (Terate® 258, Investa Corporation) and 10% triethanolamine, were injected into the most active part of the bed and 60 seconds were allowed for the polyester polyol / triethanolamine to evenly spread over the surface of the granules. At the conclusion of the 60 seconds, 4.3 grams of p-MDI ...
example 2
[0033] 2765 grams of granulated lysine, BIOLYS® (Degussa Corporation), average diameter 1.00 mm, were transferred into a stainless steel coating drum which contains lifting and mixing flights and was rotated at 38 revolutions per minute. The 2765 grams of granulated lysine were heated to 175° F. (79.4° C.) using a laboratory heat gun. A first polyurethane coating layer was provided on the lysine as follows:
[0034] 1) 3.2 grams of polymeric MDI (p-MDI) (Mondur® MR Light, Bayer Corporation) were injected into the most active part of the bed of tumbling granules, and 30 seconds were allowed for the p-MDI to evenly spread over the surface of the granules. Then 7.1 grams of a blend of 90% polyester polyol (Terate® 258, Investa Corporation) and 10% triethanolamine, were injected into the most active part of the bed and 60 seconds were allowed for the polyester polyol / triethanolamine to evenly spread over the surface of the granules. At the conclusion of the 60 seconds, 4.7 grams of p-MDI ...
example 3
[0044] 3000 grams of granulated lysine, BIOLYS® (Degussa Corporation), average diameter 1.10 mm, were transferred into a stainless steel coating drum which contains lifting and mixing flights and was rotated at 38 revolutions per minute. The 3000 grams of granulated lysine were heated to 175° F. (79.4° C.) using a laboratory heat gun. A first polyurethane coating layer was obtained as follows:
[0045] 1) 3.3 grams of polymeric MDI (p-MDI) (Mondur® MR Light, Bayer Corporation) were injected into the most active part of the bed of tumbling granules, and 30 seconds were allowed for the p-MDI to evenly spread over the surface of the granules. Then 7.7 grams of a blend of 90% polyester polyol (Terate® 258, Investa Corporation) and 10% triethanolamine, were injected into the most active part of the bed and 60 seconds were allowed for the polyester polyol / triethanolamine to evenly spread over the surface of the granules. At the conclusion of the 60 seconds, 5.1 grams of p-MDI were injected ...
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