
Feed-grade citric acid
For feed acidification, specify anhydrous or monohydrate citric acid, active acid and premix particle size. Qualify the feed grade for the intended market.
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For feed acidification, specify anhydrous or monohydrate citric acid, active acid and premix particle size. Qualify the feed grade for the intended market.
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For urea in water-soluble fertilizer, check amide nitrogen, biuret and insolubles. Coatings or coarse material in field-grade granules may affect stock filtration.
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Potassium nitrate supplies nitrate nitrogen and potassium. Specify N and K₂O separately, and check stock solution concentration at the lowest preparation temperature.
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MAP supplies ammonium nitrogen and phosphorus. Compare granular field products with soluble grades by water-soluble phosphorus, insolubles and stock-solution compatibility.
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Water-soluble potassium sulfate supplies potassium and sulfur. For chloride-sensitive crops, request a measured chloride value for the grade.
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Ammonium sulfate supplies ammonium nitrogen and sulfur. For fertigation, also assess insolubles, impurities and source water. Total nitrogen alone does not establish drip compatibility.
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Evaluate potassium chloride where the formulation tolerates chloride. Include chloride from the water, other fertilizers and potassium chloride in the calculation.
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Commercial calcium nitrate can contain different nitrogen forms or water of crystallization. Verify soluble calcium, nitrate nitrogen and ammonium nitrogen before calculating stock solutions.
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Magnesium sulfate is available in different hydrates. Calculate magnesium and sulfur on an as-received basis and check dissolution rate and insolubles for soluble grades.
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Magnesium nitrate supplies nitrate nitrogen and magnesium. Distinguish elemental Mg from MgO and account for moisture uptake when comparing as-received assay.
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For EDTA-chelated iron, start with chelated iron, source water and root-zone pH. Total iron alone does not establish chelation or stability under the intended conditions.
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Compare manganese EDTA with inorganic manganese salts on both water-soluble manganese and the chelated fraction. Consider root-zone pH and competing metals.
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For copper EDTA, confirm copper reporting basis, solubility and chelated fraction. At low inclusion, check weighing accuracy and premix uniformity.
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Boric acid and borax differ in accompanying ions, acidity and boron content. Compare them on an elemental B basis.
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Specify sodium tetraborate hydration state. When comparing elemental boron, also account for sodium and distinguish pentahydrate and decahydrate from other borates.
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For fertilizer zinc sulfate, verify water-soluble zinc and hydration state. Maintain separate documentation and impurity requirements for agricultural and feed uses.
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For agricultural manganese sulfate, specify water-soluble manganese and hydration state. Check alkalinity, pH and tank partners before attributing precipitation to material purity.
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Ammonium molybdate can denote different salts and hydrates. Identify the chemical form before calculating dose or delivered cost per unit of Mo.
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Distinguish anhydrous sodium molybdate from the dihydrate and calculate from actual Mo content. Specify stock sampling and metering for low-dose formulations.
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Phosphoric acid used to acidify irrigation water also supplies phosphorus. Acid requirement depends on water alkalinity and the target. Assess concentration, nutrient contribution and safe receipt together.
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