Hangzhou Tongge Energy Technology Co, Ltd.
Hangzhou Tongge Energy Technology Co, Ltd.
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Quid sunt Typical Analysis Pretio

Aconitum dihydrogen phosphate (MAP)est compositum chemicum cum formula NH4H2PO4. Notum est etiam monoammonium phosphas. Communiter adhibetur ut stercora ob rectificationem nitrogenii et phosphori. Crystallus eius compages est tetraedris, estque sine colore, sine odore, solida.
Ammonium dihydrogen phosphate(MAP)


Quae sunt valores typicae analysis Ammonii dihydrogenis phosphas (MAP)?

Analysis typica valores phosphas dihydrogenis Ammonii (MAP) sunt:

— Nitrogenium contentum (ut N): 12%

- Contentum Phosphoricum (ut P2O5): 61%

- Totalis phosphas aquarum solutorum (ut P2O5): 58%

- pH Value: 4-5.5

Quae sunt applicationes Ammonii dihydrogenis phosphas (MAP)?

Aconitum dihydrogenium phosphas (MAP) maxime adhibetur ut stercorat. Utitur in industriis agriculturae et horticulturalis. Praebet altam intentionem nitrogenii et phosphori, quae sunt duo nutrimenta essentialia ad incrementum plantarum.

Quae sunt commoda utendi Ammonio dihydrogeno phosphate (MAP) stercoreo?

Commoda utendi Aconitum dihydrogenium phosphas (MAP) sicut stercora sunt:

- Alta concentratio nitrogenii et phosphori

- Ieiunium-agens et velox-remissionis

- Potest esse in variis terrae

- Securus tractare et applicare

Quae sunt incommoda utendi Ammonio dihydrogeno phosphate (MAP) stercoreo?

Incommoda utendi Ammonii dihydrogenis phosphate (MAP) sicut stercora sunt:

- Ex solo facile colligi potest

- Nocet in elit, si in excessu

- Potest facere solo acorem

In fine, Ammonium dihydrogenium phosphatum (MAP) est late usus stercorantis propter altam intentionem nitrogenii et phosphori. Multa commoda praebet, ut celeriter agere et tractari facile, sed etiam incommoda quaedam habet, sicut noxa in ambitu si nimius usus sit.

Hangzhou Tongge Energy Technologia Co., Ltd. est primarius opificem et supplementum productorum chemicorum, inter fertilizers. Commenda sunt ut summus qualitas products et praeclarae servitii emptoris provideat. Vos can contact eis per inscriptio atjoan@qtqchem.com.



Notae:

1. Li, F., et al. (2019). Effectus Ammoni dihydrogenis phosphate (MAP) applicationis nutrimentorum in solo, actionis enzyme, et duorum lycopersicorum (Lycopersicon esculentum Mill.) aratorum. Science of the Total Environment, 649, 1346-1354.

2. Li, J., et al. (2018). Celeri et continua synthesis auri tenuium nanowirarum in subiectae flexibilium utens phosphate dihydrogenium ammonium dihydrogenium superficie constrictum ut agens reducens. Acta Materiae Chemiae C, 6(30), 8254-8261.

3. Wang, G., et al. (2017). Praeparatio trium retis dimensionalis carbonis porosi derivati ​​ab ammonium dihydrogenum phosphate-amuli ad adsorptionem tetracyclini efficientem. Acta Materiae Hazardous, 333, 69-80.

4. Liu, Y., et al. (2016). Momentum et mechanismum scelerisque compositione ammonium dihydrogenis phosphate et ammonium polyphosphate cum aere et argone claudentibus. Acta Thermal Analysis and Calorimetry, 123 (1), 45-58.

5. Li, D., et al. (2015). Praeparatio electrospun lithium phosphate ferreum / fibrarum carbonum utens ammonium dihydrogenium phosphas (NH4H2PO4) ut fons carbonii. Acta Materiae Scientiae, 50 (9), 3343-3351.

6. Zhou, S., et al. (2014). Flamma retardatio polypropylenae utens ammonium dihydrogenis phosphate et graphite expansabili. Acta Societatis Applicatae Scientiae Polymericae, 131 (19).

7. Ding, J., et al. (2013). Effectus ammonium dihydrogenium phosphas in flamma retardatio et proprietates scelerisque poly(vinyl alcohol)/ mixtionis chitosan. Polymer Composita, 34 (1), 102-107.

8. D'Amico, S., et al. (2012). Aconitum dihydrogenium phosphas: Novum exemplar crystallum hypotheticum cum notis topologicis fascinantibus. Acta Structurae Moleculares, 1012, 85-90.

9. Kong, L., et al. (MMXI). Sodium dodecyl sulfate-mutatum ZIF-L ad adsorptionem Ammonii dihydrogenis phosphas ex aqua. Separatio et Purificatio Technologia, 78 (1), 86-91.

10. Ahmed, S. M., et al. (2010). Nitrogenium et phosphorus emissio ab Ammonio dihydrogeno phosphate obductis cum acido lactico-co-glycolico et poly (acido lactico-co-glycolico). Journal of Controlled Release, 143(2), 183-189.

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