Ferric Phosphate – 500 gram Packs

Ferric Phosphate, also known as Iron(III) Phosphate or Ferric Orthophosphate, is an inorganic phosphate compound containing iron in the +3 oxidation state. Its anhydrous chemical formula is FePO₄, with a formula mass of approximately 150.82 g/mol. Commercial ferric phosphate is also available in hydrated forms, which can differ in molecular weight, composition, and physical properties. The compound is generally encountered as a pale-coloured solid and is sparingly soluble or insoluble in water, depending on its form and preparation. It is relevant to inorganic chemistry, coordination chemistry, materials research, and selected investigations of iron-containing compounds. Its suitability for laboratory experiments depends on the exact chemical form, grade, and method requirements. Confirming the hydrate state is essential for accurate product identification, chemical calculations, and appropriate laboratory use.

Product Specifications

Specification	Details
Appearance	Requires confirmation of the supplied chemical form
Assay	99%
Chemical Name	Ferric Phosphate
Alternate Names	Iron(III) Phosphate; Ferric Orthophosphate; Iron(III) Orthophosphate
Molecular Formula	FePO₄ for the anhydrous form
Empirical Formula	FePO₄ for the anhydrous form
CAS Number	10045-86-0 for the anhydrous form
Molecular Weight	150.82 g/mol for the anhydrous form
Grade	LR Laboratory Reagent

Key Features of Ferric Phosphate

• Contains iron in the +3 oxidation state combined with phosphate ions.
• The anhydrous compound has the chemical formula FePO₄ and a formula mass of approximately 150.82 g/mol.
• Belongs to the class of inorganic metal phosphate compounds studied in chemistry and materials research.
• Has limited water solubility, making it relevant to selected investigations of solid-state and aqueous chemical behaviour.
• Requires verification of its hydration state and composition to ensure appropriate laboratory selection and accurate calculations.

Laboratory Applications of Ferric Phosphate

• Inorganic chemistry experiments: Supports suitable investigations of metal phosphates, ionic composition, and the properties of iron-containing compounds.
• Materials science research: May be used as a starting material in selected iron phosphate preparation methods when its composition meets the procedure requirements.
• Coordination chemistry studies: Relevant to investigations of iron–phosphate interactions and the behaviour of metal-containing compounds.
• Solid-state chemistry: Used in suitable research examining the composition and thermal behaviour of inorganic phosphate materials.
• Comparative chemical studies: Can be considered in research comparing anhydrous and hydrated phosphate materials, provided the chemical forms are identified and characterized appropriately.

Why Choose Lab Wale to Buy Ferric Phosphate

Lab Wale provides a sourcing option for laboratory chemicals and scientific supplies used by schools, colleges, universities, research centres, and laboratory professionals. When purchasing Ferric Phosphate, it is important to confirm the chemical identity, hydrate form, assay, grade, and applicable safety information. These specifications help laboratories determine whether a reagent is appropriate for their intended experimental or research procedures. Selecting the correct chemical form also supports accurate calculations, suitable reagent preparation, and informed laboratory inventory management.

Frequently Asked Questions About Ferric Phosphate

What is Ferric Phosphate used for in laboratories?

Ferric Phosphate is relevant to inorganic chemistry, materials research, and investigations involving iron-containing phosphate compounds. It may serve as a starting material in selected synthesis procedures. Its suitability depends on the exact chemical form, product specifications, and requirements of the intended laboratory method.

What is the chemical formula of Ferric Phosphate?

The formula of anhydrous Ferric Phosphate is FePO₄, and its formula mass is approximately 150.82 g/mol. Hydrated forms contain additional water molecules and have different formula masses. The correct formula must therefore be selected according to the actual material supplied.

What is the CAS number of Ferric Phosphate?

The CAS Registry Number 10045-86-0 identifies anhydrous Ferric Phosphate. Hydrated ferric phosphate products may have different registry numbers, including 51833-68-2 for a commonly listed hydrated form. Confirming the hydrate state is essential when selecting a product for laboratory use.

Is Ferric Phosphate soluble in water?

Ferric Phosphate is generally sparingly soluble or insoluble in water. Its observed behaviour depends on the chemical form, hydration state, and experimental conditions. For solution preparation or analytical work, use a validated method that accounts for the compound’s limited solubility and the requirements of the procedure.

How should Ferric Phosphate be stored and handled?

Store Ferric Phosphate in a compatible, tightly closed, clearly labelled container under the conditions specified in the applicable Safety Data Sheet. Avoid contamination and unnecessary dust generation during weighing and transfer. Wear appropriate protective equipment and follow institutional procedures for handling, spill management, and chemical waste disposal.

Storage Conditions for Ferric Phosphate

Store Ferric Phosphate in a compatible, tightly closed container in a clean, dry laboratory storage area. Protect the material from contamination and environmental conditions identified in its product-specific safety documentation. Because anhydrous and hydrated forms differ in composition, confirm any special storage requirements against the documentation for the exact chemical form supplied.

Precautions for Handling Ferric Phosphate

Review the applicable Safety Data Sheet before use. Wear suitable laboratory gloves, protective clothing, and safety goggles, and avoid inhaling airborne dust during weighing or transfer. Use appropriate ventilation and maintain good laboratory hygiene. Prevent uncontrolled mixing with incompatible substances and follow institutional procedures for spill response, chemical waste disposal, and emergency management.