Tea leaf lick brick
A technology of tea and licking bricks, which is applied in animal feed, additional food elements, animal feed, etc., can solve the problems that licking bricks cannot resist oxidation and prevent pollution, so as to prevent various diseases, increase economic benefits, and increase food intake volume effect
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Examples
Embodiment 1
[0018] First, 45 parts by mass of leaves, 12 parts by mass of mulberry leaves, and 23 parts by mass of table salt are pulverized to make the particle size reach 100 mesh; then add 50 parts by mass of water and heat to 90° C., then add 36 parts by mass of glutinous rice, and mix and stir for 10 minutes; When the temperature of the reactant was lowered to 60°C, 13 parts by mass of starch, 30 parts by mass of urea, 33 parts by mass of medical stone, 4 parts by mass of yeast selenium, 3 parts by mass of calcium iodate, and 3 parts by mass of magnesium oxide were added successively, and mixed and stirred for 15 Minutes; Then add 6 mass parts of manganese chloride, 7 mass parts of copper sulfate, 3 mass parts of zinc oxide, 4 mass parts of chromium chloride, mix and stir 15 minutes; Finally glutamic acid is 14 mass parts, stirs 10 minutes; Finally will Put the mixture in the mold and use a hydraulic press to apply pressure of 540-640kg per square centimeter on the die for 25-35 secon...
Embodiment 2
[0020] First, 40 parts by mass of leaves, 13 parts by mass of mulberry leaves, and 20 parts by mass of table salt are pulverized to make the particle size reach 100 mesh; then add 51 parts by mass of water and heat to 90° C., then add 45 parts by mass of glutinous rice, and mix and stir for 10 minutes; When the temperature of the reactant was reduced to 60°C, 10 parts by mass of starch, 35 parts by mass of urea, 30 parts by mass of medical stone, 5 parts by mass of yeast selenium, 4 parts by mass of calcium iodate, and 2 parts by mass of magnesium oxide were added successively, and mixed and stirred for 15 minute; Then add 5 mass parts of manganese chloride, 6 mass parts of copper sulfate, 4 mass parts of zinc oxide, 5 mass parts of chromium chloride, mix and stir 15 minutes; Finally glutamic acid is 15 mass parts, stirs 10 minutes; Finally will Put the mixture in the mold and use a hydraulic press to apply pressure of 540-640kg per square centimeter on the die for 25-35 second...
Embodiment 3
[0022] First, 50 parts by mass of leaves, 10 parts by mass of mulberry leaves, and 26 parts by mass of table salt are pulverized to make the particle size reach 100 mesh; then add 49 parts by mass of water and heat to 90° C., then add 25 parts by mass of glutinous rice, and mix and stir for 10 minutes; When the temperature of the reactant is lowered to 60°C, add 15 parts by mass of starch, 25 parts by mass of urea, 35 parts by mass of medical stone, 3 parts by mass of yeast selenium, 2 parts by mass of calcium iodate, and 4 parts by mass of magnesium oxide, and mix and stir for 15 Minutes; Then add 7 mass parts of manganese chloride, 8 mass parts of copper sulfate, 2 mass parts of zinc oxide, 3 mass parts of chromium chloride, mix and stir for 15 minutes; Finally glutamic acid is 15 mass parts, stirs 10 minutes; Finally will Put the mixture in the mold and use a hydraulic press to apply pressure of 540-640kg per square centimeter on the die for 25-35 seconds to form 2-10kg bloc...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More