Description
Specifications Table
| Product Name | Sodium Hydroxide Solution C(NaOH) = 1 Mo | 1.09137.1003 | Merck |
|---|---|
| Pack Size | 1 EA |
| Form | Liquid solution |
| Grade | Laboratory grade |
| Application | pH adjustment, titration, analytical chemistry |
Product Description
When precision matters in your lab experiments, the right reagents make all the difference. Sodium hydroxide solution, particularly at a 1M concentration, is a staple in laboratories across India. Whether you’re a student conducting titrations, a researcher fine-tuning pH levels, or an educator demonstrating chemical reactions, this Merck-certified solution delivers consistent, reliable results.
What sets this sodium hydroxide solution apart is its carefully standardized molarity. The 1.09137.1003 designation ensures you’re working with a solution that meets strict quality benchmarks. No more guesswork in your calculations or concerns about concentration variability. This is the same trusted formulation used in professional research labs and educational institutions.
For those working on sensitive analytical procedures, the purity of your reagents directly impacts your data accuracy. This laboratory-grade NaOH solution undergoes rigorous quality control to eliminate contaminants that could interfere with your results. The clear, colorless solution dissolves completely in aqueous systems, making it ideal for volumetric analysis and other quantitative techniques.
Need a dependable 1M NaOH solution for your next experiment? Order now and experience the difference professional-grade chemicals make in your work.
In educational settings, this solution serves as an excellent teaching tool. Its predictable behavior in neutralization reactions helps students grasp fundamental chemical concepts. The 1M concentration is particularly useful for demonstrating stoichiometry calculations and acid-base titrations. Many Indian universities and colleges rely on this exact formulation for their chemistry practicals.
Storage and handling are straightforward with this solution. The stable formulation maintains its concentration over time when stored properly in its original container. For laboratories looking to maintain consistent inventory, the 1 EA pack size offers convenient usage without excessive bulk. This makes it especially suitable for smaller research facilities and academic labs with limited storage space.
When you choose this sodium hydroxide solution, you’re not just buying a chemical – you’re investing in reproducible results. The Merck certification provides that extra layer of confidence, knowing your solution meets international quality standards. This is particularly important for research that may be published or used in critical applications.
Upgrade your lab’s chemical inventory with this premium 1M NaOH solution. Shop now for fast delivery across India.
FAQs
What is the exact molarity of this sodium hydroxide solution?
This solution is standardized to 1.0 M (molar) concentration, as indicated by the C(NaOH) = 1 Mo designation. The 1.09137.1003 code confirms it meets Merck’s strict quality specifications for laboratory use.
How should I store this 1M NaOH solution?
Store the solution in its original container at room temperature, away from direct sunlight and heat sources. Keep the bottle tightly sealed to prevent carbon dioxide absorption which could alter the concentration over time.
Can I use this solution for food or pharmaceutical applications?
While this is laboratory-grade sodium hydroxide, it’s not certified for food or pharmaceutical use. For those applications, you would need a different grade that meets specific regulatory requirements for human consumption.
What’s the shelf life of this sodium hydroxide solution?
When stored properly in its original container, this solution maintains its specified concentration for at least 12 months from the date of manufacture. Always check the expiration date on your specific bottle.
How does this compare to solid sodium hydroxide pellets?
This pre-made solution offers several advantages over pellets. You get consistent concentration without the need for dilution calculations, reduced risk of handling concentrated solids, and immediate readiness for experiments. It’s particularly convenient for educational labs and research facilities.
