Description
Specifications Table
| Product Name | Sodium Carbonate 0.5M (1N) Volumetric Solution NIST Traceable |
|---|---|
| Pack Size | 500ml |
| Form | Liquid (Solution) |
| Grade | Lab Grade, NIST Traceable |
| Application | Titration, analytical chemistry, educational labs |
Product Description
When precision matters in your lab work, the Sodium Carbonate 0.5M (1N) Volumetric Solution from eqipped delivers unmatched accuracy. This NIST-traceable solution is meticulously prepared to ensure consistent results in titrations and analytical procedures. Whether you’re a student learning titration techniques or a researcher requiring reliable standards, this lab-grade solution meets the highest benchmarks for purity and concentration.
The 0.5M concentration is optimized for common laboratory applications, eliminating the need for dilution and reducing preparation time. Each batch undergoes rigorous quality checks to confirm its traceability to NIST standards, giving you confidence in your experimental data. The solution is stable and ready to use, making it a staple in educational institutions, research facilities, and quality control labs across India.
For those who demand accuracy without compromise, this volumetric solution is an essential addition to your lab supplies. Order your Sodium Carbonate 0.5M solution today and experience the difference precision makes in your experiments.
Why This Solution Stands Out
Unlike generic sodium carbonate solutions, this product is specifically formulated for volumetric analysis. The NIST traceability ensures that your measurements align with international standards, which is critical for publishing research or meeting academic requirements. The 500ml pack size is designed to minimize waste while providing sufficient volume for multiple experiments.
Students will appreciate the ease of use, as the pre-mixed solution eliminates common errors associated with manual preparation. Educators can rely on its consistency to demonstrate titration principles effectively. Researchers benefit from the documented traceability, which strengthens the validity of their findings.
Common Applications
This versatile solution finds use in various laboratory settings:
- Acid-base titration experiments in educational labs
- Standardization of acidic solutions in research
- Quality control testing in industrial settings
- Environmental analysis for water hardness testing
Its stability and long shelf life make it a cost-effective choice for institutions that perform frequent titrations. The solution maintains its concentration over time when stored properly, ensuring reliable results throughout its usage period.
Safety and Handling
While sodium carbonate is generally considered low-hazard, proper lab practices should always be followed. Wear appropriate personal protective equipment including gloves and safety goggles when handling. In case of skin contact, rinse thoroughly with water. Store the solution in a cool, dry place away from incompatible substances.
FAQs
What is the shelf life of this sodium carbonate solution?
The solution remains stable for 12 months from the date of manufacture when stored under recommended conditions. Always check the expiration date on the label before use.
Can this solution be used for food testing applications?
While this is a lab-grade solution, it’s not certified for food testing. For food-related applications, we recommend using solutions specifically labeled for that purpose.
How should I store this volumetric solution?
Keep the bottle tightly sealed and store at room temperature (15-25°C). Avoid exposure to direct sunlight or extreme temperatures to maintain solution integrity.
Is this solution suitable for student lab experiments?
Absolutely. The 0.5M concentration is ideal for educational settings and comes with NIST traceability to ensure accurate learning outcomes.
What’s the difference between this and regular sodium carbonate?
This is a precisely prepared volumetric solution with certified concentration, while regular sodium carbonate typically comes in solid form requiring manual dissolution and standardization.
