Buy Fullerene C60 Powder | 99.9% HPLC Pure Reagent
Product Overview and Structural Properties
This high-purity Fullerene C60 crystalline powder is a specialized carbon allotrope. We engineered this material exclusively for laboratory research, materials science applications, and advanced chemical testing. Our team synthesizes this nanomaterial via precise arc-discharge methods. We then refine the raw material through High-Performance Liquid Chromatography (HPLC). Consequently, this carbon structures features an exceptional hollow, cage-like icosahedral shape (C₆₀). Online buyers value its unique electron-accepting capabilities and stable thermal properties.
Researchers across multiple disciplines utilize this advanced material. Specifically, they use it to explore new frontiers in organic electronics, nanotechnology, and material durability. The uniform spherical shape provides a highly predictable molecular matrix. As a result, technicians achieve consistent, reproducible results in rigorous scientific testing.
Furthermore, we process this material in tightly controlled environments to maintain strict compliance with global web guidelines. This strict process ensures that every batch meets baseline requirements for purity. Ultimately, it delivers high quality assurance without introducing external contaminants.
Technical Specifications and Chemical Analysis
Precision matters when you select advanced carbon structures. Therefore, the table below outlines the core scientific properties of our 99.9% Ultra-Pure Grade Fullerene C60. This detailed breakdown allows you to verify compatibility quickly. Review these metrics before you integrate the material into active systems.
Core Chemical and Physical Data
| Parameter | Specification Profile | Analytical Methodology |
|---|---|---|
| Chemical Name | Fullerene C60 (Buckminsterfullerene) | IUPAC Nomenclature Standards |
| CAS Number | 99685-96-8 | Chemical Abstracts Service Registry |
| Molecular Formula | C₆₀ | Mass Spectrometry Verified |
| Molecular Weight | 720.64 g/mol | Calculated Theoretical Mass |
| Purity Threshold | ≥ 99.9% | High-Performance Liquid Chromatography (HPLC) |
| Appearance | Dark brown to black fine crystalline powder | Visual Inspection and Particle Analysis |
| Residual Solvents | < 0.1% | High-Vacuum Sublimation Profile |
| Bulk Density | 1.6 g/cm³ | Standard Volumetric Displacement |
Solubility Profiles in Common Reagents
Fullerene C60 is naturally insoluble in water. Because of this limitation, researchers must use specific organic solvents or specialized lipids. These liquids help create stable liquid formulations. Therefore, the data below serves as a reference guide for laboratory preparation.
| Solvent Classification | Solubility Status | Typical Concentration Range (at 25°C) |
|---|---|---|
| Toluene | Highly Soluble | 2.8 mg/mL |
| o-Dichlorobenzene | Exceptionally Soluble | 27.0 mg/mL |
| Carbon Disulfide | Exceptionally Soluble | 7.9 mg/mL |
| Hexane | Sparingly Soluble | 0.04 mg/mL |
| Ethanol | Insoluble | 0.00 mg/mL |
| Distilled Water | Insoluble | 0.00 mg/mL |
| Laboratory-Grade Lipids | Moderately Soluble | Variable based on agitation and heat application |
Core Industrial and Research Applications
Industrial sectors integrate Fullerene C60 into diverse technical workflows. For example, the unique electrical properties of the molecule allow it to act as an electron acceptor. This specific function improves energy conversion efficiencies significantly.
1. Organic Photovoltaics (OPV) and Solar Energy
Energy developers use C₆₀ derivatives as electron transport layers in next-generation solar cells. The molecular cage structure accepts electrons rapidly from donor polymers. Thus, it optimizes the flow of current and minimizes energy loss inside the photovoltaic matrix.
2. Polymer and Composite Material Reinforcement
Aerospace and automotive engineers blend tiny amounts of carbon spheres into traditional polymer matrices. This additive process alters the physical limits of the base material. In addition, the structural configuration absorbs localized mechanical stress. Consequently, it reduces micro-cracking and extends the operational lifespan of critical components.
3. Lubricants and Advanced Tribology
Industrial maintenance groups add C₆₀ molecules to synthetic lubricants. They do this to lower friction coefficients in heavy machinery. The spherical molecules act as microscopic ball bearings at the interface of moving parts. Therefore, this layer prevents direct metal-on-metal contact, lowers operating temperatures, and reduces mechanical wear.
Available Retail Packaging & Instant Purchase Options
We provide straightforward, immediate checkout options to support your project scale. You do not need to deal with manual contracts or quote requests. Instead, you can add your required amount directly to your shopping cart for instant dispatch.
Packaging Breakdown by Scale
| Product Variant | Package Size | Primary Container Type | Availability Status |
|---|---|---|---|
| Micro Vials | 1 Gram | Amber Glass Vial with Fluoropolymer Liner | In Stock – Ready to Ship |
| Standard Vials | 5 Grams | High-Density Glass Vials, Vacuum Sealed | In Stock – Ready to Ship |
| Research Packs | 10 Grams | High-Density Glass Vials, Vacuum Sealed | In Stock – Ready to Ship |
| Bulk Pouches | 25 Grams | Specialized Aluminum Mylar Barrier Pouches | In Stock – Ready to Ship |
Direct Online Checkout Process
To buy your material, select your desired package size from the dropdown menu above. Next, choose your quantity and click the standard payment button. Our automated system processes transactions instantly using secure credit card fields or digital wallets. Finally, we package all orders securely in protective padding. We provide active tracking codes via email as soon as the carrier collects your package.
Regulatory Compliance & Material Safety Documentation
Operating a transparent chemical enterprise requires thorough documentation. This transparency protects logistics workers, research staff, and the environment. You can access our verified, crawlable compliance documents directly below:
-
- Safety Data Sheet (SDS): [Download SDS PDF (C60-99685-96-8)]
Review comprehensive safety instructions, personal protective equipment (PPE) requirements, and accidental release measures before handling this material. - Technical Data Sheet (TDS): [Download TDS PDF (C60-99.9-Grade)]
Access expanded physical, thermal, and electronic property maps to calibrate your laboratory instrumentation. - Certificate of Analysis (COA): [Download Sample COA PDF]
We generate a batch-specific COA for every shipment. This document details the precise HPLC trace purity results. Ultimately, it confirms that the material matches your exact technical specifications.
- Safety Data Sheet (SDS): [Download SDS PDF (C60-99685-96-8)]
Mandatory Operational Disclaimer
For research and development, laboratory analysis, or industrial manufacturing use only. This unformulated carbon material is not a dietary supplement, food additive, cosmetic ingredient, or pharmaceutical compound. It is absolutely not for human consumption, direct medical application, or veterinary use. Buyers must assume full accountability for handling compliance within their respective jurisdictions.
FAQ
How do your technicians synthesize this material to ensure consistent quality?
Our production teams synthesize this carbon allotrope using a clean carbon arc-discharge method under an inert helium atmosphere. This initial step creates a raw soot deposit containing various fullerene sizes. Next, specialists apply a rigorous multi-stage HPLC extraction process. This step removes alternative structures like C70. As a result, the final powder reliably meets the 99.9% purity threshold.
What storage protocols should our laboratory staff implement?
Keep the material in its original, tightly sealed container. Store it within a cool, dry, well-ventilated laboratory facility. Ensure the storage area remains completely separate from strong oxidizing agents. Additionally, shield the product from prolonged exposure to intense light or high temperatures to preserve its molecular stability.
Can anyone buy this item directly on the website?
Yes, any customer can purchase this product using standard online credit cards or electronic checkout systems. We do not require pre-registration or manual account vetting to view pricing. However, buyers must explicitly acknowledge our industrial handling disclaimers during checkout before the system allows order placement.
Does this product contain any residual organic solvents from processing?
No, our finishing process reduces residual solvents below the 0.1% threshold. We achieve this outcome by putting the HPLC-purified material through a proprietary vacuum sublimation sequence. This extra refinement step removes trace elements of toluene, providing a clean material for your research.
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