Description
Specifications Table
| Product Name | Graphite Powder, Synthetic, Conducting Grade, -325 Mesh, 99.9995% (Metals Basis) |
|---|---|
| Pack Size | 454g, 28g, 113g, 227g |
| Form | Powder |
| Grade | Conducting Grade |
| Application | Electrical conductivity tests, battery research, lab experiments |
Product Description
When precision matters in your lab experiments, this synthetic graphite powder delivers unmatched purity and conductivity. With a 99.9995% metals basis and a fine -325 mesh particle size, it’s engineered for researchers and students who demand consistent results in electrical conductivity tests, battery development, and advanced material studies.
Unlike natural graphite, this synthetic variant ensures minimal impurities, making it ideal for sensitive applications where trace metals could interfere. The ultra-fine mesh size guarantees uniform dispersion, whether you’re coating electrodes or preparing composite materials. It’s a staple in academic labs and R&D facilities across India, trusted for its reliability in high-stakes experiments.
At eqipped, we understand that lab supplies aren’t just products—they’re tools that shape discoveries. That’s why we source this graphite powder from Thermofisher, a brand synonymous with quality in scientific circles. Whether you’re a PhD student fine-tuning a thesis or a professor setting up a new research protocol, this conducting-grade graphite ensures your work stands on solid ground.
Upgrade your lab’s conductivity experiments today. Shop now for guaranteed purity and performance.
Why This Graphite Powder Stands Out
Not all graphite powders are created equal. This synthetic variant is processed to remove virtually all metallic impurities, leaving you with a product that won’t skew your data. The -325 mesh particle size is fine enough for even the most delicate applications, yet robust enough to maintain structural integrity in composites.
Researchers in India’s top institutions rely on it for:
- Developing high-performance lithium-ion batteries
- Testing electrical conductivity in novel materials
- Creating conductive coatings for sensors and electrodes
- Calibrating lab equipment where precision is non-negotiable
It’s also a favorite among educators who need consistent results for student experiments. No more explaining away inconsistent data—just pure, predictable performance every time.
Handling and Safety
While graphite is generally stable, this high-purity powder should be handled with care to avoid inhalation. Always use it in a well-ventilated area or under a fume hood. Store it in a cool, dry place away from oxidizing agents to maintain its integrity. For detailed safety guidelines, refer to the SDS provided with your order.
Who Should Buy This?
This synthetic graphite powder is perfect for:
- University labs conducting materials science research
- Students working on thesis projects involving conductivity
- Industrial R&D teams prototyping new battery technologies
- Educators setting up demo experiments for classrooms
If your work demands a graphite powder that won’t let impurities compromise your results, this is the product you’ve been searching for.
FAQs
What makes synthetic graphite better than natural graphite for lab use?
Synthetic graphite undergoes rigorous purification, removing metallic impurities that can interfere with conductivity tests. It’s also more consistent in particle size and structure, making it ideal for precise lab applications.
Can this graphite powder be used in battery research?
Absolutely. Its high purity and conductivity make it a top choice for lithium-ion battery development, especially in anode materials research.
How fine is -325 mesh, and why does it matter?
-325 mesh means the powder passes through a sieve with 325 openings per inch, resulting in ultra-fine particles. This ensures even dispersion in composites and coatings, critical for uniform conductivity.
Is this graphite suitable for educational lab experiments?
Yes, it’s widely used in academic settings for its reliability. Students and educators appreciate its consistent performance in conductivity and material science experiments.
How should I store this graphite powder to maintain its quality?
Keep it in a sealed container in a cool, dry place. Avoid exposure to moisture or oxidizing agents to preserve its purity and conductivity.
