Ferric Borate – 500 gram Packs

Ferric Borate is an inorganic iron–boron compound of interest in inorganic chemistry, solid-state chemistry, and materials research. The term is used for iron borate materials, including iron(III) orthoborate, which has the chemical formula FeBO₃. These materials are investigated for their structural, chemical, and physical properties and for their role in understanding interactions between metal ions and oxygen-containing anions. Ferric Borate may be relevant to laboratory studies involving inorganic compound characterisation, elemental composition, crystalline structure, and the behaviour of iron-containing solids. Its physical appearance, solubility, and other properties depend on the exact composition and preparation of the supplied material. Before using Ferric Borate in quantitative experiments or specialised research, laboratories should confirm its precise chemical identity and product specifications. Appropriate laboratory handling procedures should be followed to minimise dust exposure and ensure safe use in accordance with the applicable safety documentation.

Product Specifications

Key Features of Ferric Borate

• Inorganic iron borate material associated with iron(III), boron, and oxygen.
• Iron(III) orthoborate has the chemical formula FeBO₃ and a formula mass of approximately 114.65 g/mol.
• Relevant to investigations involving inorganic compounds, metal–oxygen interactions, and borate chemistry.
• Can be examined using suitable analytical techniques for elemental composition and solid-state structure.
• Suitable for compatible educational and research applications when the supplied composition meets the experimental requirements.

Laboratory Applications of Ferric Borate

• Inorganic chemistry studies: Used in appropriate investigations of iron-containing borate compounds and their chemical composition.
• Solid-state characterisation: Can be studied using suitable techniques such as X-ray diffraction when the material and research objective warrant structural analysis.
• Materials science research: Relevant to selected investigations of the physical and chemical properties of inorganic iron borate materials.
• Elemental analysis: May be examined using appropriate analytical methods to investigate iron, boron, and oxygen composition.
• Research and teaching: Can support advanced inorganic chemistry investigations where the compound identity and available specifications are appropriate for the intended procedure.

Why Choose Lab Wale to Buy Ferric Borate

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 Borate, laboratories should confirm the exact compound identity, pack size, grade, and available specifications to ensure compatibility with the intended experiment. Reviewing relevant technical and safety documentation supports informed product selection and appropriate handling. Lab Wale serves laboratory purchasing needs for educational, analytical, and research applications where suitable scientific materials are required.

Frequently Asked Questions About Ferric Borate

What is Ferric Borate used for in laboratories?

Ferric Borate is relevant to inorganic chemistry and materials science investigations involving iron borates, inorganic solid structures, and elemental composition. Its use depends on the exact chemical form and the experimental objective, with specialised applications requiring appropriate analytical equipment and validated methods.

What is the molecular formula of Ferric Borate?

Iron(III) orthoborate, commonly referred to as Ferric Borate, has the chemical formula FeBO₃ and a formula mass of approximately 114.65 g/mol. However, the name Ferric Borate may be used for materials with different compositions, so the formula should be confirmed against the supplied product identity.

What is the CAS number of Ferric Borate?

CAS number 20542-97-6 is associated with iron(III) orthoborate, FeBO₃. Because iron borate materials may have different compositions, laboratories should verify that this identifier corresponds to the specific material before using it in procurement records or experimental documentation.

How can Ferric Borate be characterised in research laboratories?

Depending on the material and research objective, suitable characterisation methods may include X-ray diffraction for crystalline structure and instrumental elemental analysis for composition. The appropriate method depends on sample properties, required measurement accuracy, and the capabilities of the laboratory.

How should Ferric Borate be stored and handled?

Store the material in a tightly closed, clearly labelled container in a cool, dry location protected from contamination. Avoid unnecessary dust formation and wear suitable laboratory protective equipment. Consult the current product-specific Safety Data Sheet for handling precautions, storage requirements, spill management, and disposal procedures.

Storage Conditions for Ferric Borate

Store Ferric Borate in a compatible, tightly closed container in a cool, dry, well-ventilated area protected from moisture and contamination. Keep the container clearly labelled and segregate the material from incompatible substances according to the applicable safety guidance. Avoid unnecessary dust formation during handling and follow the product-specific Safety Data Sheet for additional storage requirements.

Precautions for Handling Ferric Borate

Review the current Safety Data Sheet before use and wear suitable laboratory gloves, safety goggles, and protective clothing. Avoid generating or inhaling dust and prevent unnecessary contact with skin and eyes. Use appropriate ventilation when weighing or transferring the powder. Follow institutional procedures for spill management and disposal of chemical residues in accordance with applicable regulations.