Sodium Hydroxide Pellets Purified- 1 Kg Packs

Sodium Hydroxide Pellets Purified is a laboratory catalog product associated with strong inorganic base and scientific work involving hydroxide titrimetry and alkaline reaction conditions. Pellets absorb moisture and carbon dioxide, affecting solution preparation. The exact chemical identification is important for interpreting stoichiometry, test outcomes, solubility and reagent compatibility. Teaching laboratories and analytical research groups may use appropriately selected materials for established investigations, but the actual experimental purpose must match the supplied composition and grade. In particular, controlled work with this product can illustrate characteristic inorganic or solution chemistry while strengthening an understanding of reaction mechanisms and analytical observations. It should not be treated as universally suitable for classroom or quantitative procedures. Personnel must consider the substance-specific hazards, proper protective equipment, incompatible reagents and regulated disposal before using this material. Where the product name does not establish hydration, composition or a unique identity, confirm these details from its original supplier documentation before use.

Product Specifications

Specification	Details
Appearance	White solid pellets
Assay	99%
Chemical Name	Sodium hydroxide
Alternate Names	Caustic soda; sodium hydrate
Molecular Formula	NaOH
Empirical Formula	NaOH
CAS Number	1310-73-2
Molecular Weight	40.00 g/mol
Grade	LR Laboratory Reagent

Key Features of Sodium Hydroxide Pellets Purified

• Sodium hydroxide is associated with the strong inorganic base category.
• Relevant chemical behaviour includes pellets absorb moisture and carbon dioxide, affecting solution preparation.
• Offers a scientific context for studying hydroxide titrimetry and alkaline reaction conditions.
• Correct grade, form and composition must be matched to each validated procedure.
• Use requires chemical-specific safety controls and appropriately trained laboratory personnel.

Laboratory Applications of Sodium Hydroxide Pellets Purified

• Analytical alkali solution preparation using an approved procedure and appropriate safety controls.
• Acid–base standardization experiments using an approved procedure and appropriate safety controls.
• Base-catalysis investigations using an approved procedure and appropriate safety controls.
• Controlled neutralization demonstrations using an approved procedure and appropriate safety controls.
• Ph-control method development using an approved procedure and appropriate safety controls.

Why Choose Lab Wale to Buy Sodium Hydroxide Pellets Purified

Lab Wale lists Sodium Hydroxide Pellets Purified for schools, colleges, universities, research centres and professional laboratory buyers. Product identification, listed grade, pack size and applicable safety details help purchasing teams select materials for defined scientific tasks. Check the exact substance, hydration state or mixture composition before purchasing, particularly where several commercial variants have similar names. Suitability for a particular test depends on the actual supplied specifications, method requirements and your institution’s laboratory safety arrangements. Lab Wale offers a sourcing reference without implying guaranteed experimental outcomes.

Frequently Asked Questions About Sodium Hydroxide Pellets Purified

What are the main laboratory uses of Sodium Hydroxide Pellets Purified?

This material is associated with hydroxide titrimetry and alkaline reaction conditions. Typical contexts include analytical alkali solution preparation and acid–base standardization experiments. Each use requires an appropriate method, confirmed identity and suitable handling controls; restricted or highly reactive substances should not be used in unsupervised student exercises.

What formula and molecular weight apply to Sodium Hydroxide Pellets Purified?

The applicable formula entry is NaOH, with a formula-mass entry of 40.00. Some product names cover hydrated, commercial or mixed forms, so a theoretical formula does not necessarily describe the supplied material. Check the container label and relevant supplier documents before using these figures in calculations.

What CAS number identifies Sodium Hydroxide Pellets Purified?

The identifier information for this listing is 1310-73-2. This refers to the stated chemical basis where indicated; the actual product may require a different hydrate or composition identifier. Never substitute the CAS of a related compound solely because its trade name appears similar.

Is Sodium Hydroxide Pellets Purified suitable for college and research laboratories?

This reagent may support selected supervised analytical or research procedures where its form, grade and risks have been evaluated. It is not automatically appropriate for every method or for ordinary school practicals. The institution should establish controls based on the current safety data and procedure.

How should Sodium Hydroxide Pellets Purified be stored and handled?

Use a clearly labelled compatible container and follow the supplied Safety Data Sheet for exposure controls, incompatibilities, ventilation and spill response. Some salts are oxidizers, corrosive or moisture sensitive, and sodium metal requires specialist water-reactive handling. Collect residues through the institutional hazardous-waste procedure.

Storage Conditions for Sodium Hydroxide Pellets Purified

Keep tightly closed in dry containers and segregated from acids, reactive metals and moisture. Confirm any additional moisture, light and chemical segregation requirements from the product-specific documentation before storing a new lot.

Precautions for Handling Sodium Hydroxide Pellets Purified

The material is strongly corrosive. Protect skin and eyes, minimize dust, and add pellets slowly to water with stirring because the dissolution releases substantial heat. Review the current Safety Data Sheet, use suitable protective gloves and eye protection, and apply approved spill response and waste segregation procedures. Restrict handling to trained laboratory personnel and avoid environmental release.