Product Manager: Selina Zhang; Email: selina@coreychem.com
| Product Name | Ferricammoniom1,3-propylenediaminetetracetatemonohydrate(1,3-pdtasalt) |
| Synonyms | Ferricammoniom1,3-propylenediaminetetracetatemonohydrate(1,3-pdtasalt);Ferrate(1-),N,N-1,3-propanediylbisN-(carboxy-.kappa.O)methylglycinato-.kappa.N,.kappa.O(4-)-,ammonium,(OC-6-21)-;Ammoniumferricpropylenediaminetetraaceticacid;1,3-PDTASalt;Ferricammoniom1,3-ProChemicalbookpylenediaminetetracetatemonohydrate;AMMONIUM(1,3-DIAMINOPROPANETETRAACETATO)IRON(III);1,3-Diaminopropane-N,N,N”,N”-tetraaceticacidammonium-ferricsalt;Ferrate(1-),[[N,N’-1,3-propanediylbis[N-(carboxymethyl)glycinato]](4-)-N,N’,O,O’,O#N,O#N#’]-,ammonium,(OC-6-21)- |
| CAS NO | 111687-36-6 |
| Purity |
98% |
| Appearance |
/ |
| MF | C11H18FeN3O8 |
| MW | 376.12 |
| Contact | selina@coreychem.com |
Ferricammonium 1,3-Propylenediaminetetraacetate Monohydrate (1,3-PDTA Salt) (CAS: 111687-36-6) is a stable ferric iron chelate widely used in specialty chemical research, metal-complex chemistry, agricultural research, analytical applications, and formulations requiring controlled iron complexation. Its water-compatible chelated structure enables effective iron binding and controlled availability, making it a valuable functional material for research and industrial applications. Its primary applications are outlined below:
1. Iron Chelation & Metal Complex Research
Ferric Iron Chelating Agent
1,3-PDTA Salt forms a stable coordination complex with ferric iron, making it useful for studying iron chelation, metal-ligand interactions, coordination chemistry, and the behavior of iron complexes in aqueous systems.
Controlled Iron Availability
The chelated form helps maintain iron in a soluble and controlled state, supporting research and formulations where free ferric ions need to be minimized while maintaining an available iron source.
2. Agricultural & Plant Nutrition Research
Chelated Iron Source
Ferric chelates are widely investigated as micronutrient sources for plants. 1,3-PDTA Salt can be used in research and formulation development involving iron supplementation and the controlled delivery of iron to plants.
Micronutrient Formulation Development
Its chelated structure can support the development and evaluation of specialty fertilizers, micronutrient formulations, and other agricultural products designed to improve iron availability under challenging soil or aqueous conditions.
3. Analytical & Laboratory Applications
Metal Ion Chemistry
The compound can be employed as a reagent or reference material in laboratory studies involving ferric ions, chelation equilibria, complex formation, and metal-ion interactions.
Analytical Method Development
It can also support research involving spectrophotometric, chromatographic, and other analytical investigations of iron-containing systems, particularly where controlled iron complexation is required.
4. Biochemical & Chemical Research
Iron-Related Research
Ferric chelate systems are useful research tools for investigating iron transport, iron availability, metal-dependent reactions, and iron-mediated chemical processes.
Model Compound for Metal Complex Studies
1,3-PDTA Salt provides a defined ferric chelate system for laboratory investigations of ligand coordination, metal stability, and the behavior of iron complexes under different experimental conditions.
5. Specialty Chemical Formulations
Functional Chelating Component
The compound can be considered for specialty formulations where stable complexation of ferric iron and aqueous compatibility are required.
Research & Formulation Development
Its controlled metal-binding characteristics make it suitable for screening and development work involving metal sequestration, iron stabilization, and specialty chemical systems.
6. Environmental & Water Chemistry Research
Metal Speciation Studies
Ferric chelates can be used in research concerning metal speciation, iron mobility, and metal-ligand interactions in aqueous and environmental systems.
Water Chemistry Research
The compound may support laboratory studies investigating iron behavior and complexation in water treatment, environmental chemistry, and related research fields.
7. Research & Development Applications
Coordination Chemistry
1,3-PDTA Salt serves as a useful model compound for developing and evaluating new metal-chelating systems and coordination complexes.
Specialty Chemical R&D
Its defined chemical structure and ferric chelate functionality make it suitable for R&D projects involving iron chemistry, functional chelating agents, and advanced chemical formulations.
Summary
The key value of Ferricammonium 1,3-Propylenediaminetetraacetate Monohydrate (1,3-PDTA Salt) (CAS: 111687-36-6) lies in its ability to provide a stable, water-compatible ferric iron chelate. Its combination of iron-binding functionality and aqueous compatibility makes it suitable for iron chelation research, agricultural micronutrient development, analytical chemistry, biochemical research, environmental chemistry, coordination chemistry, and specialty formulation development. It is particularly valuable where controlled iron complexation, metal stability, and reproducible ferric-ion availability are required.
