Description
Specifications Table
Product Name – Sodium Nitroprusside Purified 98.0%
Quantity/Pack Size – 25 gm, 100 gm, 500 gm
Form – Powder
Grade – Laboratory Reagent
Application – Research, Educational Use
Product Overview
Sodium Nitroprusside Purified 98.0% is a high-quality laboratory reagent designed for precise chemical and biological applications. This compound is carefully purified to meet stringent quality standards, ensuring consistent performance in research and educational settings. Its high purity level minimizes impurities, making it ideal for sensitive experiments and analytical procedures. The product is available in multiple pack sizes to accommodate varying research needs, from small-scale studies to large-scale experiments. Manufactured under controlled conditions, Sodium Nitroprusside Purified 98.0% adheres to industry standards, providing researchers and educators with a reliable and efficient reagent for their laboratory workflows. Its stability and purity make it a trusted choice for a wide range of scientific applications, ensuring accurate and reproducible results.
FAQs
1. What is Sodium Nitroprusside used for in labs?
Sodium Nitroprusside is commonly used as a vasodilator in medical research and for studying nitric oxide-related reactions in biochemical experiments.
2. Is this product suitable for educational purposes?
Yes, this Sodium Nitroprusside is ideal for educational labs due to its high purity and reliability in teaching chemical reactions and pharmaceutical studies.
3. How should Sodium Nitroprusside be stored?
Store in a cool, dry place away from direct sunlight and moisture to maintain its stability and purity.
4. What are the alternatives to Sodium Nitroprusside in research?
Alternatives include other nitric oxide donors like sodium nitrite or organic nitrates, depending on the specific experimental requirements.
5. Can this product be used in pharmaceutical research?
Yes, its high purity makes it suitable for pharmaceutical research, particularly in studies involving vasodilation and nitric oxide pathways.
