Chromium Borate – 500 gram Packs

Chromium Borate, commonly identified in laboratory supply catalogs as chromium(III) borate, is an inorganic compound containing chromium, boron, and oxygen. A listed composition for this material is CrBO3, with a formula mass of approximately 110.81 g/mol. Chromium borate is relevant to specialized inorganic chemistry and materials research involving metal borates, solid-state structures, and chromium-containing compounds. Its physical characteristics and chemical behaviour depend on the exact composition and preparation of the material. The 500 gram pack is intended for planned laboratory and research requirements where the supplied compound meets the experimental specifications. Before use, laboratories should confirm the product identity, stated grade, and applicable safety information. Appropriate handling, storage, and waste management procedures should be followed, particularly because the health and environmental hazards of chromium compounds depend on their chemical form and oxidation state.

Product Specifications

Key Features of Chromium Borate

• Inorganic borate composition: Chromium(III) borate contains chromium, boron, and oxygen in a defined chemical composition when supplied as CrBO3.
• Trivalent chromium: The identified compound contains chromium in the +3 oxidation state, which is important when assessing its chemical behaviour.
• Distinctive physical form: Laboratory listings describe chromium(III) borate as a green powder.
• Materials research relevance: Its composition makes it relevant to selected investigations of metal borates and inorganic materials.
• Convenient pack quantity: The 500 gram pack supports planned laboratory procurement when the supplied material matches the intended application.

Laboratory Applications of Chromium Borate

• Inorganic chemistry research: Used in suitable investigations involving chromium(III) compounds and borate chemistry.
• Materials characterization: May be examined using appropriate analytical techniques to investigate composition, phase identity, and structural properties.
• Solid-state chemistry: Supports specialized research into inorganic solids and relationships between composition and material properties.
• Comparative borate studies: Can be considered in research comparing the chemical and physical characteristics of defined metal borate materials.
• Advanced academic investigations: May be suitable for specialized university or research-centre studies when the compound’s identity, purity requirements, and safety controls meet the experimental protocol.

Why Choose Lab Wale to Buy Chromium Borate

Lab Wale provides a sourcing option for laboratory chemicals and scientific supplies used by educational institutions, universities, research centres, and laboratory professionals. When purchasing Chromium Borate, confirm the chemical identity, formula, stated grade, pack size, and relevant specifications against the intended procedure. Reviewing applicable technical and safety documentation supports informed procurement and appropriate laboratory handling. The 500 gram pack provides a practical purchasing format for institutions planning reagent inventory and research requirements according to their experimental needs.

Frequently Asked Questions About Chromium Borate

What is Chromium Borate used for in laboratories?

Chromium(III) borate is relevant to specialized inorganic chemistry and materials research involving chromium-containing borate compounds. Depending on the verified material properties, it may be investigated in solid-state characterization and comparative studies of inorganic materials. Its suitability depends on the requirements of the specific research method.

What is the molecular formula of Chromium Borate?

For chromium(III) borate listed with the composition CrBO3, the molecular formula and empirical formula are both CrBO3. Its formula mass is approximately 110.81 g/mol. These specifications apply only when the supplied material corresponds to this composition and should not be transferred to other chromium borate compounds.

What is the CAS number of Chromium Borate?

CAS number 12007-97-5 is listed for chromium borate in some laboratory chemical catalogs. Because the generic name can refer to different materials, confirm that this identifier matches the supplied compound before using it for purchasing, laboratory records, or safety assessments.

What is the difference between Chromium Borate and Chromium Boride?

Chromium borate is an oxygen-containing compound, whereas chromium boride is a binary compound of chromium and boron without oxygen. Their chemical formulas, physical properties, and applications differ substantially. Confirm that the required material is chromium(III) borate rather than chromium boride before ordering or using it.

How should Chromium Borate be stored and handled safely?

Store the identified compound in a tightly closed, compatible, clearly labelled container under the supplier’s specified conditions. Avoid generating or inhaling dust, wear appropriate protective equipment, and consult the applicable Safety Data Sheet. Follow institutional procedures for spill management, environmental protection, and disposal of chromium-containing waste.

Storage Conditions for Chromium Borate

Store Chromium Borate in its original, tightly closed, compatible container in a dry, well-ventilated location, following the supplier’s instructions for the exact compound. Protect it from contamination and moisture where required, and segregate it from incompatible substances identified in the applicable Safety Data Sheet. Maintain clear labelling and restrict access to authorized laboratory personnel.

Precautions for Handling Chromium Borate

Review the current Safety Data Sheet before handling Chromium Borate. Wear suitable gloves, protective clothing, and eye protection, and minimize dust generation during weighing and transfer. Use appropriate ventilation, prevent environmental release, and follow institutional procedures for spill response and chromium-containing waste disposal. Confirm the chromium oxidation state and apply precautions appropriate to the identified compound rather than assuming all chromium materials have identical hazards.