Molecular formulac46h80n2o13.H3po4 Molecular weight967.14 Appearance light yellow powder Standard:conply with enterprise standard (according to usp28) Assay 75 Loss on drying n5.0 Ph: 5.0-8.0 Cas: 137330-13-3 Package: 25kg/drum Valid: 3 years 25kg/drum
Tilmicosin phosphate CAS Number:137330-13-3 Synonym: 20-Deoxy-20-(3,5-dimethylpiperidin-1-yl)-desmycosin phosphate Application: The phosphate salt of the semi-synthetic antibiotic derivative Purity: >98% Molecular Weight: 967.13 Molecular Formula: C46H83N2O17 Physical State: Solid Derived from: Semi-synthetic Storage: Store at -20° C Application:The phosphate salt of the semi-synthetic antibiotic derivative
Synonyms mizol: 1, 3-bis(3-(2-imidazolin-2-yl)phenyl)urea; n, n'-bis[3-(4, 5-dihydro-1h-imidazol-2-yl)-phenyl] urea; 3, 3'-di-2-imidazolin-2-yl-carb Appearance: white or off white crystalline powder Molecular formula: c19h20n6o Molecular weight: 348.41 Standard : enterprise standard Assay98.5% Heavy metals10ppm Loss on drying1.0% Residue on ignition0.1% Cas: 27885-92-3 25kg/drum
Appearance: white or off white crystalline powder Molecular formula: c14h11f3n2o2c7h17no5 Molecular weight: 491.46 Standard : usp29 Assay 99.0% Melting range: 137½140ñ Specific rotation: -9.5¬--12.0 Residue on ignition0.5% Cas: 42461-84-7 Package: 25kg/drum Valid : 3 years 25kg/drum
Phosphate Rock is the raw material to manufacture most commercial phosphate fertilizers. In its unprocessed state, phosphate rock is not suitable for direct application. The process begins by grinding rock phosphate to a fine material. Potash is also fed together with super phosphate to obtain various grades of fertilizers.
We are pleased to offer our phosphate from our mines in Egypt - Our Purity from 23% up to 31% Phosphate Rock is the raw material to manufacture most commercial phosphate fertilizers. In its unprocessed state, phosphate rock is not suitable for direct application. The process begins by grinding rock phosphate to a fine material. Potash is also fed together with super phosphate to obtain various grades of fertilizers.
Rock phosphate is valued for its phosphorus content, which is a crucial element for various biological processes in plants. Phosphorus is essential for energy transfer, root development, flower and fruit formation, and overall plant growth. It is a fundamental component of nucleic acids, ATP (adenosine triphosphate), and other vital molecules in plants.
Rock Phosphate is a mineral feedstock to produce phosphate fertilizers and phosphoric acid. Usage: Rock phosphate does not dissolve easily in water, making it difficult for plants to assimilate. Chemical conversion via phosphoric acid produces phosphate fertilizers, such as DAP, MAP and other ammonium phosphates, which are more easily assimilated by plants.