10 34 0 Lbs Per Gallon
Per acre for field corn and see good results with that rate.
10 34 0 lbs per gallon. A good grade is clear but most of the time you get a green colored 10 34 0 and ocassionally a black 10 34 0 which isn t a good quality. Of actual nitrogen per 1 000 sq. 10 34 0 is available in bulk semi load.
This application shall provide 0 07 0 11 lb. We can supply approximately 4 000 gals. There are different grades of 10 34 0.
Simplot 10 34 0 liquid ammonium polyphosphate can be stored in regular mid steel tanks and certain fiberglass tanks. Lb gal instead of a more correct 10 74 lb gallon. For our example we d take the product weight per gallon 10 4 lbs and multiply it by the percent of our nutrient both n and k are 11 or 0 11.
Ammonium nitrate 34 0 0 58 62 lbs cu. Measuring density of liquid fertilizer the actual density of products should be measured and you should not simply use standard table values. The solution itself weighs 11 68 pounds per gallon and contains 1 17 pounds of nitrogen per gallon and 3 97 pounds of phosphate p2o5 per gallon.
Almost as heavy as honey. Next i like to divide that number by 128. For example if a gal.
Apply 2 7 3 7 gallons of ammonium polyphosphate 10 34 0 with 44 88 gallons of water per acre 8 0 11 0 oz. Weight per gallon 11 6 lbs. Ammonium phosphate 16 20 0 58 62 lbs cu.
Since there is 128 oz in a gallon this tells us how much nutrient is in an. It is heavy stuff. Of ammonium polyphosphate 10 34 0 with 1 2 gallons of water per.
The graph below provides an estimate of the effect of temperature on the densities of 28 0 0 32 0 0 and 10 34 0. Aluminum tanks can also be used. Coarse muriate of potash 0 0 60 66 70 lbs cu.
Green is acceptable but clear is of the best quality. Fairways roughs sports turf and lawns. Of 10 34 0 weighs 11 6 lbs just divide 11 6 into 2 000 and get 172 4.
We typically apply 6 gals. Diammonium phosphate 18 14 0 56 60 lbs cu. I confirmed this with my fertilizer dealer and with my own scales.
To figure how many tons you need first determine the total number of gallons you will be needing. 200 lbs of product 200 lbs 2000 lbs per ton x 260 per ton 26 per acre so while 10 34 0 is technically the cheaper source of nitrogen per lb n in this example the total cost per acre would be greater than that for using 28 uan as a starter fertilizer source because of the additional costs due to the phosphorus component of 10 34 0. Urea 46 0 0 48 52 lbs cu.
