Description
Specifications Table
| Product Name | Arsenic Polycrystalline Lump |
|---|---|
| Pack Size | 1kg, 100g, 25g, 10g, 1g |
| Form | Polycrystalline Lump |
| Grade | Puratronic™ (99.99999% metals basis) |
| Application | Semiconductor research, doping, lab experiments |
Product Description
When precision matters, this arsenic polycrystalline lump delivers unmatched purity for critical lab work. With a 99.99999% metals basis and Puratronic™ certification, it’s trusted by researchers for semiconductor applications, doping processes, and high-end analytical studies. The 2-8mm lump size ensures easy handling while maintaining consistency in experiments.
Whether you’re working on advanced materials science or need a reliable arsenic source for calibration, this product meets the strictest standards. Buy arsenic metal online from eqipped for guaranteed quality and fast delivery across India.
Need ultra-pure arsenic for your next project? Order now and get lab-ready material shipped to your doorstep.
Arsenic is a hazardous material. Handle with care in a controlled environment using proper PPE. Not for human consumption.
FAQs
What is Puratronic™ grade arsenic used for?
Puratronic™ arsenic is ideal for semiconductor manufacturing, doping, and high-precision lab experiments due to its ultra-high purity (99.99999%).
How should I store this arsenic lump?
Store in a cool, dry place in a tightly sealed container. Keep away from moisture and incompatible materials like strong oxidizing agents.
Is this product safe for educational labs?
Yes, but only under strict supervision. Arsenic is toxic—ensure proper ventilation, gloves, and safety protocols are followed.
Can I buy arsenic polycrystalline lump in smaller quantities?
Yes, eqipped offers pack sizes from 1g to 1kg to suit your research needs. Check the dropdown for available options.
What’s the difference between this and standard arsenic metal?
This Puratronic™ grade ensures 99.99999% purity, minimizing impurities that could affect experimental results. Standard grades may have lower purity levels.
