Animal Charcoal – 500 gram Packs

Animal Charcoal, also known as bone char, bone black, or animal black, is a carbon-containing material produced by the controlled carbonization of animal bones. Unlike pure elemental carbon, bone-derived animal charcoal typically contains a substantial mineral fraction, primarily calcium phosphate, together with smaller amounts of carbon and other inorganic constituents. Its black powder form and adsorptive properties make it useful in selected laboratory investigations involving adsorption, filtration, and the removal of coloured impurities from chemical solutions. Animal Charcoal is also relevant to experiments examining surface interactions, solid-liquid separation, and the behaviour of porous materials. Its composition and performance depend on the raw material and manufacturing process. The 500 gram pack is suitable for laboratory procedures that specifically require animal-derived charcoal. Users should verify the material specifications and follow appropriate laboratory safety and handling procedures.

Product Specifications

Key Features of Animal Charcoal

• Carbon and mineral composition: Bone-derived Animal Charcoal contains carbon and calcium phosphate, with proportions dependent on the manufacturing process.
• Distinctive black powder: Its fine, dark appearance makes it suitable for measured quantities in laboratory procedures requiring powdered bone char.
• Adsorptive properties: Its surface characteristics support selected investigations of adsorption and the interaction of dissolved substances with solid materials.
• Filtration applications: It can assist with decolourization and removal of selected impurities from solutions when the procedure specifies bone char.
• Heterogeneous material: Its variable mineral and carbon composition makes product-specific identification important when planning experiments and interpreting results.

Laboratory Applications of Animal Charcoal

• Adsorption experiments: Used in laboratory investigations examining the removal of selected dissolved substances through interactions with a solid adsorbent.
• Decolourization studies: Applied in suitable chemical procedures to investigate the removal of coloured impurities from solutions, depending on the material and solution chemistry.
• Filtration investigations: Used as a filter aid or adsorptive material in selected laboratory procedures involving clarification and solid-liquid separation.
• Surface chemistry research: Supports studies of adsorption behaviour, surface interactions, and the influence of material composition on experimental outcomes.
• Comparative materials testing: Used in controlled research comparing bone char with other adsorbents or mineral-carbon materials under defined experimental conditions.

Why Choose Lab Wale to Buy Animal Charcoal

Lab Wale provides a convenient sourcing option for laboratory chemicals and scientific supplies used by schools, colleges, universities, research centres, and laboratory professionals. When purchasing Animal Charcoal, buyers should confirm that the material is bone-derived charcoal and review the available specifications, intended use, and handling requirements. These considerations are important because carbon content, mineral composition, and adsorption performance can vary between preparations. Lab Wale supports laboratory procurement for appropriate educational, analytical, and research applications.

Frequently Asked Questions About Animal Charcoal

What is Animal Charcoal used for in laboratories?

Animal Charcoal is used in selected adsorption experiments, decolourization procedures, filtration studies, and surface chemistry investigations. Its carbon and calcium phosphate composition distinguishes it from pure activated carbon. The suitability of the material depends on the experimental method and the required adsorption or filtration characteristics.

What is the chemical formula of Animal Charcoal?

Animal Charcoal does not have a single molecular formula because it is a heterogeneous material composed mainly of carbon and calcium phosphate, along with other mineral constituents. Its composition depends on the source material and carbonization process, so a single molecular weight is not applicable.

What is the CAS number of Animal Charcoal?

The CAS Registry Number commonly associated with bone-derived Animal Charcoal is 8021-99-6. It is also known as bone char or bone black. This identifier should be checked against the product’s material description to distinguish bone-derived charcoal from other forms of carbon or activated charcoal.

How does Animal Charcoal work in adsorption experiments?

Animal Charcoal can remove selected substances from solution through adsorption onto accessible surfaces. Its performance depends on surface characteristics, particle size, solution composition, contact time, and experimental conditions. Controlled experiments are necessary to determine its effectiveness for a particular substance or separation procedure.

How should Animal Charcoal be stored and handled safely?

Store Animal Charcoal in a tightly closed container in a dry, well-ventilated area. Avoid creating or inhaling airborne dust, and wear suitable gloves, protective clothing, and eye protection. Fine carbonaceous powders can present a combustible-dust concern under certain conditions, so keep the material away from ignition sources and follow the applicable Safety Data Sheet.

Storage Conditions for Animal Charcoal

Store Animal Charcoal in a tightly closed, clearly labelled container in a cool, dry, well-ventilated location. Protect the powder from excessive moisture and contamination. Keep it away from ignition sources and conditions that could disperse combustible dust. Segregate it from incompatible materials in accordance with the applicable Safety Data Sheet and institutional chemical-storage procedures.

Precautions for Handling Animal Charcoal

Review the current Safety Data Sheet before handling Animal Charcoal. Wear suitable protective gloves, safety glasses, and laboratory clothing, and minimize dust generation during weighing and transfer. Use appropriate ventilation and avoid inhalation or contact with the eyes. Keep the powder away from ignition sources, clean spills using methods that minimize airborne dust, and follow institutional procedures for waste disposal and housekeeping.