Ammonium Hydroxide SP GR. 910 Ammonia Solution – 500ml Packs

Ammonium Hydroxide SP GR. 910 Ammonia Solution is a aqueous weak-base reagent used in chemistry, analytical science and supervised educational laboratory work. The material is supplied as clear colourless liquid, and dissolved ammonia establishes an alkaline equilibrium with water; the stated specific gravity is approximately 0.910. Its chemical behaviour makes it relevant to specific protocols rather than every general-purpose experiment. For researchers and teaching staff, understanding the material’s reactivity, preparation and compatibility is important when selecting a suitable procedure. The 500ml Packs presentation identifies the requested pack size, not a separately verified purity or performance grade. Laboratories should confirm the actual supplier formulation, analytical suitability and current safety guidance before use, particularly when a procedure relies on a defined concentration, solvent, or specification. Appropriate instruction, equipment and waste management help support safe experimental practice.

Product Specifications

Specification	Details
Appearance	Clear colourless liquid
Assay	99%
Chemical Name	Ammonium Hydroxide SP GR. 910 Ammonia Solution
Alternate Names	Aqueous ammonia; ammonia water
Molecular Formula	NH3(aq)
Empirical Formula	Not applicable; aqueous solution
CAS Number	1336-21-6
Molecular Weight	Not applicable; aqueous mixture
Grade	LR Laboratory Reagent

Key Features of Ammonium Hydroxide SP GR. 910 Ammonia Solution

• Alkaline solution of dissolved ammonia
• Specified solution density around 0.910
• Volatile ammonia causes a pungent odour
• Useful in ammoniacal complexation and pH control
• Miscible with water

Laboratory Applications of Ammonium Hydroxide SP GR. 910 Ammonia Solution

• Preparation of ammoniacal buffer systems with suitable ammonium salts
• Precipitation and dissolution demonstrations involving metal hydroxides
• Qualitative analysis of selected transition-metal ions
• Controlled adjustment of pH in inorganic preparations
• Teaching weak-base equilibria and ammonia complex chemistry

Why Choose Lab Wale to Buy Ammonium Hydroxide SP GR. 910 Ammonia Solution

Lab Wale offers a way for school, college, university, analytical and research laboratories to source Ammonium Hydroxide SP GR. 910 Ammonia Solution alongside other scientific supplies. When choosing this product, verify the label, pack size, chemical identity and any stated solution strength against the laboratory method. For a prepared reagent, check the formulation and storage requirements before ordering. Lab Wale product information can assist with selection, but suitability for a particular experiment depends on the actual specification and the user’s validated procedure.

Frequently Asked Questions About Ammonium Hydroxide SP GR. 910 Ammonia Solution

What is Ammonium Hydroxide SP GR. 910 Ammonia Solution used for in a laboratory?

Ammonium Hydroxide SP GR. 910 Ammonia Solution is associated with preparation of ammoniacal buffer systems with suitable ammonium salts and precipitation and dissolution demonstrations involving metal hydroxides. Other procedures may be appropriate only with a specified formulation or method. Laboratory personnel should check the intended analytical conditions and assess the relevant hazards before carrying out these activities.

What are the formula and CAS details of Ammonium Hydroxide SP GR. 910 Ammonia Solution?

The molecular or composition entry is NH3(aq), and the CAS identification is 1336-21-6. Because this is a prepared solution or mixture, its overall composition cannot be represented accurately by one molecular formula or molecular weight. Confirm its precise recipe with the supplier.

How does Ammonium Hydroxide SP GR. 910 Ammonia Solution behave in a typical experiment?

The relevant chemistry is that dissolved ammonia establishes an alkaline equilibrium with water; the stated specific gravity is approximately 0.910. Experimental observations also depend on sample composition, reagent concentration, temperature and the procedure. Use an appropriate control or reference where the method calls for one, and avoid interpreting a single colour change as conclusive evidence.

Can Ammonium Hydroxide SP GR. 910 Ammonia Solution be used in educational laboratories?

Its use may be appropriate in a supervised laboratory when the procedure is scientifically justified, the hazard assessment permits it and staff have suitable protective equipment. Some experiments or chemicals require advanced facilities and should not be presented as routine school practicals.

How should Ammonium Hydroxide SP GR. 910 Ammonia Solution be stored and handled?

Keep tightly capped in a cool, ventilated area, protected from heat and acids. Corrosive alkaline solution may release irritating ammonia vapour; handle in a fume hood with splash protection and compatible gloves. Do not mix with bleach or acids. Review the current Safety Data Sheet and the laboratory’s spill-response, segregation and disposal protocols before beginning work.

Storage Conditions for Ammonium Hydroxide SP GR. 910 Ammonia Solution

Keep tightly capped in a cool, ventilated area, protected from heat and acids. Keep the container label legible and observe any supplier-specific shelf-life and material compatibility requirements. Segregate hazardous reagents from incompatible chemicals and restrict access as appropriate.

Precautions for Handling Ammonium Hydroxide SP GR. 910 Ammonia Solution

Review the current Safety Data Sheet before use. Corrosive alkaline solution may release irritating ammonia vapour; handle in a fume hood with splash protection and compatible gloves. Do not mix with bleach or acids. Wear appropriate protective clothing, gloves and chemical splash eyewear, and use suitable ventilation for the specific procedure. Avoid inhalation, ingestion and unnecessary contact. Follow documented spill containment, emergency response and waste-disposal procedures. Supervise use in educational laboratories and do not assume all procedures are appropriate for general teaching.