Lime Water – 500ml Packs

Lime Water is a laboratory product described chemically as limewater (aqueous calcium hydroxide). It is characterized by dilute alkaline calcium hydroxide solution used to detect carbon dioxide by carbonate precipitation. Its listed appearance is colourless liquid, and its behaviour in practical work depends on the relevant reagent formulation, handling conditions and sample matrix. In laboratories, the material is associated with carbon dioxide detection and related instructional or analytical procedures. It can support suitably designed demonstrations, method development and technical training where the chemical grade, concentration and protocol requirements are compatible. The pack description alone does not verify every formulation component or analytical performance specification. Laboratory personnel should check the current safety information and the intended method before selecting or using this reagent.

Product Specifications

Key Features of Lime Water

• Chemical identity: Limewater (aqueous calcium hydroxide); dilute alkaline calcium hydroxide solution used to detect carbon dioxide by carbonate precipitation.
• Physical presentation: colourless liquid for the supplied laboratory format.
• Laboratory relevance: suitable for carbon dioxide detection where the validated procedure permits.
• Analytical selection: verify concentration, solvent composition and grade compatibility before use.
• Chemical safety: alkaline eye irritant.

Laboratory Applications of Lime Water

• Carbon dioxide detection in properly designed laboratory procedures.
• Carbonate precipitation in properly designed laboratory procedures.
• Basicity demonstrations in properly designed laboratory procedures.
• Acid-base neutralization in properly designed laboratory procedures.
• Water chemistry teaching in properly designed laboratory procedures.

Why Choose Lab Wale to Buy Lime Water

Lab Wale supplies laboratory chemicals and related scientific products for schools, colleges, universities, research centres and technical laboratories. When sourcing Lime Water, buyers should review the chemical identity, labelled concentration, physical form and the requirements of their intended procedure. Selecting the correct reagent and reviewing the relevant safety information help institutions plan consistent laboratory workflows. Product-specific details, particularly for prepared solutions and mixtures, should be confirmed before procurement and use.

Frequently Asked Questions About Lime Water

What is Lime Water used for in a laboratory?

This product is relevant to carbon dioxide detection and carbonate precipitation. The selected application must match the actual composition, required concentration, method conditions and laboratory safety controls. It should not be treated as universally suitable for all experimental procedures.

What chemical formula and CAS number apply to Lime Water?

The specification identifies the material as Limewater (aqueous calcium hydroxide). The recorded formula is Ca(OH)2 in H2O, and the CAS entry is 1305-62-0 (solute). For a solution or mixture, a single formula or molecular weight may not characterize the complete product; verify the component formulation.

Can Lime Water be used in educational laboratories?

Use depends on the institution’s risk assessment, supervision, ventilation, chemical concentration and suitable laboratory procedure. It may be appropriate for basicity demonstrations in a controlled setting, but high-risk chemicals require specialist facilities and may be unsuitable for routine student handling.

How should Lime Water be stored?

Closed container to limit uptake of atmospheric carbon dioxide. Check the current manufacturer Safety Data Sheet and product label for any more specific temperature, light sensitivity, segregation or container compatibility requirements. Prevent access by unauthorized personnel, particularly where hazardous substances are involved.

What precautions are needed when handling Lime Water?

Alkaline eye irritant. Wear appropriate eye protection, chemical-resistant gloves and laboratory clothing; use the ventilation and containment specified in the current Safety Data Sheet. Do not mix the product with incompatible reagents or dispose of it without an approved waste route.

Storage Conditions for Lime Water

Closed container to limit uptake of atmospheric carbon dioxide. Maintain clear identification and a secure, upright container. Segregate the product from materials known to be incompatible with its components, and protect it from contamination during dispensing. Follow the manufacturer Safety Data Sheet for any formulation-specific temperature, shelf-life and ventilation requirements.

Precautions for Handling Lime Water

Consult the current product Safety Data Sheet before use. Alkaline eye irritant. Wear suitable chemical-resistant gloves, eye protection and laboratory clothing, and work with ventilation appropriate to the reagent. Use designated procedures for spills, emergency response and waste disposal; do not discharge hazardous staining, solvent or metal-containing residues into drains. Supervise all teaching-laboratory use and prevent incompatible mixing.