Phenol Crystal Carbolic Acid – 500 gram Packs

Phenol Crystal Carbolic Acid is a laboratory material described as a aromatic phenolic compound with a hydroxyl group attached to a benzene ring. Phenol is weakly acidic, forms hydrogen bonds, and can be absorbed through skin; it is corrosive and systemically toxic. The material is listed in a 500 gram packs pack size for laboratory purchasing and inventory identification; pack quantity does not establish chemical purity or suitability for a specific method. In educational and analytical work, the relevant chemical properties help determine appropriate experiments, preparation conditions, and safe handling practices. Its behavior should be evaluated with the actual supplied grade, composition, and product-specific safety information in mind. Students, technicians, and researchers should use defined procedures when preparing solutions, measuring samples, or performing controlled demonstrations. Where composition, hydrate state, molecular-weight distribution, or solvent compatibility varies by manufacturer, verify the exact supplied product before using quantitative calculations or relying on method-specific performance.

Product Specifications

Specification	Details
Appearance	Colourless to white crystalline solid
Assay	99%
Chemical Name	Phenol Crystal Carbolic Acid
Alternate Names	Phenol; carbolic acid; hydroxybenzene
Molecular Formula	C6H6O
Empirical Formula	C6H6O
CAS Number	108-95-2
Molecular Weight	94.11 g/mol
Grade	LR Laboratory Reagent

Key Features of Phenol Crystal Carbolic Acid

• Phenol Crystal Carbolic Acid is identified for laboratory use as a aromatic phenolic compound with a hydroxyl group attached to a benzene ring.
• Phenol is weakly acidic, forms hydrogen bonds, and can be absorbed through skin; it is corrosive and systemically toxic.
• Pack configuration: 500 gram Packs; use the full product label to distinguish it from other catalogue sizes.
• Listed chemical form and composition: C6H6O.
• Suitable only for methods that accept the verified product form, grade, concentration and associated safety constraints.

Laboratory Applications of Phenol Crystal Carbolic Acid

• Supervised instruction on acidity of phenols compared with alcohols
• Reagent use in established qualitative organic chemistry demonstrations
• Preparation of specified phenolic reagent solutions under controlled conditions
• Research on phenol interactions in approved analytical methods
• Reference compound in teaching aromatic substitution chemistry without uncontrolled reactions

Why Choose Lab Wale to Buy Phenol Crystal Carbolic Acid

Lab Wale offers Phenol Crystal Carbolic Acid as part of a catalogue intended for educational institutions, laboratories, and research purchasers. Clear chemical identification, pack information, and the correct reagent grade help teams choose materials for experiments and routine laboratory preparation. Before ordering, compare the intended protocol with the actual formulation, available product details, and safety documentation. Where hydrate state or composition is not identified by the catalogue name, confirm the supplied variant before performing formula-based calculations or selecting specialized analytical methods.

Frequently Asked Questions About Phenol Crystal Carbolic Acid

What is Phenol Crystal Carbolic Acid used for in laboratories?

Phenol Crystal Carbolic Acid is used where its aromatic phenolic compound with a hydroxyl group attached to a benzene ring properties are relevant. Examples include supervised instruction on acidity of phenols compared with alcohols and reagent use in established qualitative organic chemistry demonstrations. Only use it where the supplied grade and form meet the experimental or analytical method requirements.

What chemical formula and molecular weight apply to Phenol Crystal Carbolic Acid?

The formula information for this listing is C6H6O; the molecular-weight information is 94.11 g/mol. For mixtures, polymers and hydrate-dependent products, a single value may not be meaningful without confirming the actual composition.

How should Phenol Crystal Carbolic Acid be selected for a laboratory method?

Check the exact chemical identity, concentration or hydration state where relevant, pack size, method compatibility, and current safety information. A nominal LR designation alone does not demonstrate that a material meets the criteria for a particular quantitative or specialized test.

What is an important property of Phenol Crystal Carbolic Acid?

Phenol is weakly acidic, forms hydrogen bonds, and can be absorbed through skin; it is corrosive and systemically toxic. This behavior helps explain why the substance may be selected for particular laboratory investigations, and also why controls or precautions may be required during preparation, handling and storage.

How should Phenol Crystal Carbolic Acid be stored and handled?

Store in a tightly closed, chemically compatible container away from heat and incompatible oxidizing agents. Use an appropriately designated corrosive-chemical storage area with secondary containment. Phenol is toxic and can cause serious skin burns and systemic poisoning. Work in a fume hood with chemically suitable protective gloves, eye/face protection and protective clothing. Consult the current SDS and institutional emergency procedures. Read the current product-specific SDS and apply institutional procedures before use.

Storage Conditions for Phenol Crystal Carbolic Acid

Store in a tightly closed, chemically compatible container away from heat and incompatible oxidizing agents. Use an appropriately designated corrosive-chemical storage area with secondary containment. Confirm any additional controls from the current SDS and packaging instructions. Store separately from incompatible substances as required by laboratory chemical segregation policies.

Precautions for Handling Phenol Crystal Carbolic Acid

Review the current Safety Data Sheet before opening the container. Phenol is toxic and can cause serious skin burns and systemic poisoning. Work in a fume hood with chemically suitable protective gloves, eye/face protection and protective clothing. Consult the current SDS and institutional emergency procedures. Use appropriate laboratory attire and prevent unnecessary exposure. Follow applicable procedures for spills, incident reporting, and disposal; do not discharge residues into drains unless expressly permitted.