Antimony Borate – 500 gram Packs

₹14,160.00 (inc. GST) / Unit

Minimum Order Quantity: 1 Unit

Expiry Year: 2029/2030

Antimony Borate, 500g, is a solid inorganic metal borate salt ideal for educational laboratory experiments, inorganic synthesis, and materials science coursework. Suitable for school, college, and university laboratories, this reagent enables students to investigate borate chemistry, thermal stability, and inorganic salt properties within a controlled, hands-on learning environment.

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GHS Classification

GHS07
GHS07
GHS08
GHS08
GHS09
GHS09

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Delivery Timeline

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Product Brand FusionSolv Speciality Chemicals

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Description

Antimony Borate is an inorganic compound containing antimony and boron, associated with borate chemistry and the study of mixed-metal oxide materials. The exact chemical composition, molecular formula, and physical properties depend on the specific antimony borate phase supplied. Such materials may be relevant to specialized inorganic chemistry investigations, materials characterization, and research involving boron-containing compounds. Their properties can vary with composition, preparation method, and crystalline structure. Before using Antimony Borate in a laboratory procedure, the chemical identity and applicable specifications should be confirmed to ensure compatibility with the intended experiment. This material is intended for controlled scientific applications where the identified compound is specifically required. Appropriate handling practices are important because antimony compounds can present health and environmental hazards. Laboratory personnel should consult the relevant Safety Data Sheet and follow established chemical safety procedures.

Product Specifications

Specification Details
Appearance Not established for the unspecified compound
Assay 99%
Chemical Name Antimony Borate
Alternate Names Antimony Borate, Antimony Boron Oxide
Molecular Formula Cannot be assigned reliably without confirming the compound identity.
Empirical Formula Cannot be assigned reliably without confirming the compound identity.
CAS Number Requires confirmation of the exact chemical form.
Molecular Weight Not applicable until the chemical composition is established.
Grade LR Laboratory Reagent

Key Features of Antimony Borate

  • Inorganic compound family: Antimony borates contain antimony and boron, but their exact composition depends on the specific compound or phase.
  • Relevant to borate chemistry: The material may be suitable for investigations involving boron-containing inorganic compounds when its identity is established.
  • Materials research potential: Confirmed antimony borate phases may be investigated for their structural and physical properties.
  • Composition-dependent properties: Physical appearance, chemical stability, and other characteristics depend on the actual chemical formulation and preparation.
  • Specialized laboratory use: Selection should be based on verified product specifications and the requirements of the intended scientific procedure.

Laboratory Applications of Antimony Borate

  • Inorganic chemistry research: May be used in investigations of antimony-containing borate compounds once the specific material has been identified.
  • Materials characterization: Confirmed compounds may be examined using suitable analytical techniques to investigate their composition and structure.
  • Solid-state chemistry: Can be relevant to research on inorganic solids and the relationships between composition and material properties.
  • Boron-containing compound studies: May support specialized investigations involving borate structures and antimony–boron interactions.
  • Reference-material investigations: May be considered for comparative studies when the exact compound, composition, and required grade match the experimental method.

Why Choose Lab Wale to Buy Antimony 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 Antimony Borate, buyers should verify the precise compound identity, chemical formula, grade, and available specifications before selecting it for an experiment. These details are particularly important for materials with multiple possible compositions. Reviewing the relevant safety information and confirming compatibility with the intended procedure supports responsible laboratory procurement and appropriate scientific use.

Frequently Asked Questions About Antimony Borate

What is Antimony Borate used for in laboratories?

Potential applications include inorganic chemistry investigations and specialized materials research involving antimony- and boron-containing solids. However, the appropriate application depends on the exact compound supplied. The material should not be selected for a specific analytical or experimental procedure until its identity and relevant properties are confirmed.

What is the molecular formula of Antimony Borate?

A single molecular formula cannot be assigned reliably from the name Antimony Borate alone. Different antimony–boron compounds can have different elemental ratios and structures. The formula should be established from the product’s verified chemical identity before calculating its empirical formula or molecular weight.

What is the CAS number of Antimony Borate?

The CAS Registry Number depends on the exact antimony borate compound. Assigning a number without confirming the composition could result in identification of a different substance. Check the product label or technical documentation for the specific chemical name, formula, or CAS number before ordering or using the reagent.

Is Antimony Borate suitable for educational and research laboratories?

Its suitability depends on the identified compound, the experimental purpose, and the laboratory’s safety capabilities. Research applications may require specialized handling and characterization equipment. Because antimony compounds can present health hazards, educational use should only occur when justified by the procedure and supported by appropriate supervision and safety controls.

How should Antimony Borate be stored and handled safely?

Follow the storage and handling instructions for the exact compound supplied. Keep the material in a compatible, clearly labelled container and avoid generating dust. Use suitable protective equipment and consult the applicable Safety Data Sheet for ventilation, chemical incompatibilities, spill response, and waste disposal requirements.

Storage Conditions for Antimony Borate

Store Antimony Borate in a compatible, tightly closed, clearly labelled container under the conditions specified for the identified compound. Keep it in an appropriate, dry, well-ventilated chemical-storage area and protect it from contamination. Confirm any moisture, temperature, or incompatibility requirements using the applicable Safety Data Sheet before establishing long-term storage conditions.

Precautions for Handling Antimony Borate

Review the applicable Safety Data Sheet before handling Antimony Borate. Wear suitable gloves, protective clothing, and safety glasses, and avoid inhaling dust or allowing the material to contact the eyes or skin. Use appropriate ventilation and follow institutional procedures for spills, environmental protection, and hazardous-waste disposal. Only use the material after its chemical identity and relevant hazards have been established.

Safety Information

Review product-specific safety information, including GHS hazard classifications, pictograms, signal words, and precautionary statements. Follow recommended handling, storage, protective equipment, and disposal guidelines to ensure safe use.

GHS Classification for Antimony Borate - 500 gram Packs

GHS Code Pictogram Image Pictogram Name Description
GHS07 Exclamation Mark Exclamation Mark May cause irritation, harmful effects, allergic skin reactions, dizziness or respiratory tract irritation.
GHS08 Health Hazard Health Hazard May cause serious or long-term health effects, including organ damage, cancer, genetic defects or reproductive harm.
GHS09 Environment Environment Toxic to aquatic life and may cause long-lasting environmental damage.

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