Sodium Phosphate Monobasic – 500 gram Packs

Sodium dihydrogen phosphate is a acidic inorganic phosphate salt used in laboratory chemistry. Dihydrogen phosphate acts as an acid component of phosphate buffer systems. It is supplied here under the product listing “Sodium Phosphate Monobasic – 500 gram Packs” in a 500 g pack for institutional laboratory procurement. Its chemical behaviour makes it relevant to preparing phosphate buffers with dibasic phosphate and studying equilibria, depending on the specific method, reagent concentration and other materials present. The product should be selected by confirming its exact chemical form, relevant composition and compatibility with the intended protocol. Where the listing does not identify a hydrate, formula mass and registry designation must be confirmed against the actual manufacturer label rather than assumed from a related form. This material is intended for properly equipped educational, analytical and research settings under established laboratory procedures. Appropriate storage, protective equipment and chemical waste management are essential, particularly where hazardous reactions or releases are possible.

Product Specifications

Specification	Details
Appearance	White crystalline powder
Assay	99%
Chemical Name	Sodium dihydrogen phosphate
Alternate Names	Sodium phosphate monobasic; monosodium phosphate
Molecular Formula	Hydrate-dependent: NaH2PO4·xH2O
Empirical Formula	Hydrate-dependent
CAS Number	Hydrate-dependent
Molecular Weight	Hydrate-dependent
Grade	LR Laboratory Reagent

Key Features of Sodium dihydrogen phosphate

• Sodium dihydrogen phosphate belongs to the acidic inorganic phosphate salt family and has established reagent chemistry.
• Dihydrogen phosphate acts as an acid component of phosphate buffer systems.
• Recognized designations include sodium phosphate monobasic.
• Its response in preparing phosphate buffers with dibasic phosphate and studying equilibria makes it useful for selected laboratory protocols.
• The 500 g pack can be considered for laboratory stock planning, subject to protocol needs and suitability checks.

Laboratory Applications of Sodium dihydrogen phosphate

• Supervised chemistry practicals investigating acidic inorganic phosphate salt behaviour.
• College-level experiments involving preparing phosphate buffers with dibasic phosphate and studying equilibria.
• Qualitative observations of reagent properties, colour changes or precipitates under an appropriate protocol.
• Preparation of working solutions or dispersions where the specified chemical form and concentration are suitable.
• Research or analytical method development related to preparing phosphate buffers with dibasic phosphate and studying equilibria, only with method validation and the required safety controls.

Why Choose Lab Wale to Buy Sodium dihydrogen phosphate

Lab Wale offers a sourcing option for Sodium dihydrogen phosphate for colleges, universities, teaching laboratories and research institutions. When selecting this 500 g laboratory listing, compare the stated identity with your experiment requirements, including the form of the salt, solubility, formulation and handling restrictions. Lab teams should verify the manufacturer label and available safety documentation before choosing a reagent for a specific protocol. Lab Wale also serves institutional buyers looking to organize purchases of laboratory chemicals and related scientific supplies.

Frequently Asked Questions About Sodium dihydrogen phosphate

What is Sodium dihydrogen phosphate used for in a laboratory?

One scientifically relevant role is preparing phosphate buffers with dibasic phosphate and studying equilibria. The material is not automatically suitable for every experiment, and users should follow a validated procedure with appropriate concentration, controls and protective measures.

What is the formula and molecular weight of Sodium dihydrogen phosphate?

The listing identifies Sodium dihydrogen phosphate. Formula: Hydrate-dependent: NaH2PO4·xH2O; molecular weight or formula mass: Hydrate-dependent. If a hydrate or mixture is not identified precisely, its exact formula mass must be confirmed from the supplied product identity.

What CAS number identifies Sodium dihydrogen phosphate?

The registry information for this listing is Hydrate-dependent. For substances offered in several hydrate states or formulations, confirm the exact CAS identity on the manufacturer label before catalog publication or purchase.

Is Sodium dihydrogen phosphate suitable for educational laboratory work?

It may be relevant to carefully selected supervised investigations such as preparing phosphate buffers with dibasic phosphate and studying equilibria. Its suitability depends on the hazards, age and training of users, local laboratory controls, and the exact chemical composition.

How should Sodium dihydrogen phosphate be handled and stored?

Store tightly closed and dry; prevent uptake of moisture. Avoid dust and eye contact; follow normal lab procedures. Review the current manufacturer Safety Data Sheet and follow institutional spill, exposure and waste procedures. Never substitute generic safety assumptions for the actual formulation.

Storage Conditions for Sodium dihydrogen phosphate

Store tightly closed and dry; prevent uptake of moisture. Store in original or chemically compatible properly labelled containers and segregate from incompatible reagents. Prevent accidental contamination, unauthorized handling and environmental release. Refer to the current manufacturer Safety Data Sheet for any specialized storage limits relevant to this formulation or hydrate.

Precautions for Handling Sodium dihydrogen phosphate

Consult the current Safety Data Sheet before opening or using the reagent. Avoid dust and eye contact; follow normal lab procedures. Wear a suitable lab coat, chemical-resistant gloves and eye protection; use local extraction or a fume hood when dust, vapour or hazardous gas may be produced. Do not mix with incompatible reagents. Ensure trained supervision for hazardous procedures, and follow local spill, emergency-response and chemical-waste protocols.