Industrial Ammonium Dihydrogen Phosphate H6NO4P White Crystals, 98% Minimum for Fertilizer Enquiries

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Product description
  • Color
    White
    Physical form
    Crystalline
  • CAS No.
    7722-76-1
    Purity
    98%min
  • Appearance
    white crystal
    Application
    granular fertilizer
  • Classification
    Phosphate
    EINECS No.
    231-764-5
  • Grade Standard
    Agriculture Grade, Industrial Grade
    Molecular Formula
    H6NO4P
  • Other Names
    Ammonium Hydrogen Monohydric Phosphate
    Type
    Ammonium dihydrogen phosphate
  • Product Name
    Ammonium dihydrogen phosphate
    Melting point
    190 °C (dec.) (lit.)
  • Boiling point
    87.4 °C
    density
    1.02 g/mL at 20 °C
  • CAS
    7722-76-1
    Grade
    Industurial Grade
  • Package
    25kg/bag
    HS code
    31054000.00
  • Color
    white
    Brand Name
    Relia

This ammonium dihydrogen phosphate is identified as an industrial white crystalline material with 98% minimum purity. A fertilizer-related enquiry should establish the actual nutrient declaration and intended material role without assuming that an application description defines the supplied physical form.

Keep the specific ammonium phosphate identity

Match the H6NO4P designation and principal product name to current technical, analysis and safety records. Ambiguous alias wording should not cause a different ammonium phosphate to be substituted in the material assessment.

Distinguish crystal criteria from fertilizer requirements

Request assay method, relevant impurities, moisture and particle characteristics for the actual offered crystals. The minimum compound-purity figure does not establish nitrogen or phosphorus nutrient content, and a granular-fertilizer direction does not prove a finished granulated product.

Material evidence
Obtain current results and methods for the actual crystalline grade.
Fertilizer evidence
Confirm the required nutrient analysis and applicable use qualification.
Application evidence
Define the crop, soil and intended method before establishing an agronomic plan.

Resolve physical entries before process selection

Confirm the material state and method behind density and thermal data. A decomposition-qualified temperature is not an ordinary melting point or an operating instruction, and an isolated boiling entry requires matched evidence before use.

Use qualified local agronomic input for an appropriate fertilizer plan rather than deriving a rate or crop response from the phosphate name. Complete the enquiry with identified composition, confirmed crystal criteria and evidence relevant to the actual intended application.

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