Description
Specifications Table
| Product Name | Quantity/Pack Size | Form | Grade | Application |
|---|---|---|---|---|
| BRUCINE ANHYDROUS 99% AR | 10 g, 25 g | Powder | AR (Analytical Reagent) | Research, analytical chemistry, pharmaceutical testing |
Product Description
BRUCINE ANHYDROUS 99% AR is a premium-grade chemical widely used in laboratories for precise analytical and research applications. Sourced from Loba Chemie, this high-purity compound meets stringent AR (Analytical Reagent) standards, ensuring accuracy in qualitative and quantitative analysis.
Whether you’re a student conducting experiments or a researcher working on advanced projects, this brucine anhydrous variant delivers consistent performance. Its fine powder form allows for easy dissolution and integration into various protocols, making it a staple in pharmaceutical testing, forensic analysis, and organic synthesis.
At eqipped, we prioritize quality and reliability. This product undergoes rigorous quality checks to guarantee purity and stability, so you can focus on your work without compromising on results. Available in convenient pack sizes of 10 g and 25 g, it’s designed to suit both small-scale and bulk requirements.
Need high-purity brucine for your lab? Buy BRUCINE ANHYDROUS 99% AR online today and experience seamless procurement with eqipped.
FAQs
What is the purity level of this brucine anhydrous?
This product is 99% pure, meeting AR (Analytical Reagent) grade standards for reliable lab results.
Can I use this for pharmaceutical testing?
Yes, its high purity makes it suitable for pharmaceutical analysis and quality control procedures.
How should I store brucine anhydrous to prevent degradation?
Store it in an airtight container in a cool, dry place, away from light and moisture.
Is this product available for immediate delivery in India?
Yes, eqipped ensures fast dispatch and delivery across major Indian cities.
What safety precautions are necessary when handling brucine?
Wear PPE, work in a fume hood, and avoid skin contact or inhalation due to its toxic nature.
