Description
Specifications Table
| Product Name | Cyclohexane For Spectroscopy Uvasol® | 1.02822.0500 | Merck |
|---|---|
| Quantity/Pack Size | 500 ML |
| Form | Liquid |
| Grade | Uvasol® (Spectroscopy Grade) |
| Application | UV-Vis spectroscopy, HPLC, analytical chemistry |
Product Description
When precision matters in spectroscopic analysis, Cyclohexane For Spectroscopy Uvasol® from Merck stands out as the gold standard. This high-purity solvent is meticulously refined to meet the stringent demands of UV-Vis spectroscopy, ensuring minimal interference and maximum accuracy in your results. Whether you’re a researcher validating molecular structures or a student conducting lab experiments, this Uvasol®-grade cyclohexane delivers consistent performance with ultra-low UV absorbance.
Designed for applications where even trace impurities can skew data, this spectroscopy-grade cyclohexane undergoes rigorous quality control. Its exceptional transparency in the UV range makes it indispensable for quantitative analysis, solvent extraction, and as a reference material in calibration curves. The 500 ML pack size offers ample volume for repeated use without frequent reordering, balancing convenience with cost-efficiency.
At eqipped, we understand the critical role solvents play in your work. That’s why we source directly from Merck, ensuring you receive authentic Uvasol® products with batch-to-batch reliability. Need a solvent that won’t compromise your spectroscopic data? Order Cyclohexane For Spectroscopy Uvasol® today and experience the difference purity makes.
Why This Grade Matters
Not all cyclohexane is created equal. The Uvasol® designation signifies a solvent optimized for optical clarity, with impurities like aromatics and olefins reduced to parts-per-billion levels. This translates to sharper peaks, cleaner baselines, and fewer artifacts in your spectra. For researchers working with UV-sensitive compounds or educators demonstrating Beer-Lambert law principles, this grade eliminates the guesswork from solvent selection.
Beyond spectroscopy, its high purity makes it suitable for HPLC mobile phases, extraction protocols, and as a reaction medium in organic synthesis. The sealed 500 ML bottle preserves integrity during storage, while the amber glass protects against photodegradation—a small but crucial detail for long-term stability.
Applications in Real-World Labs
From academic labs to pharmaceutical R&D, this cyclohexane finds use in diverse scenarios:
- UV-Vis spectroscopy of organic compounds and biomolecules
- Solvent for sample preparation in environmental testing
- Reference standard in calibration curves for analytical instruments
- Extraction solvent in natural product isolation
- Mobile phase component in normal-phase HPLC
Students will appreciate its reliability in undergraduate experiments, while seasoned researchers rely on it for publishable data. The versatility of Uvasol® cyclohexane bridges the gap between routine lab work and high-stakes research.
Handling and Storage
As with all laboratory solvents, proper handling ensures safety and longevity. Store the bottle tightly sealed in a cool, well-ventilated area away from ignition sources. While cyclohexane is relatively stable, prolonged exposure to light or air can degrade its spectroscopic properties. Always use in a fume hood and dispose of waste according to local regulations.
Pro Tip: For critical applications, perform a blank scan of the solvent before use to confirm its suitability for your specific wavelength range. This simple step can save hours of troubleshooting downstream.
Risk Note
Warning: Cyclohexane is highly flammable and may cause skin irritation. Avoid inhalation and direct contact. Use appropriate PPE (gloves, goggles) and work in a fume hood. In case of spillage, contain immediately with inert absorbent material. Refer to the SDS for full safety information.
FAQs
What makes Uvasol® cyclohexane different from regular laboratory grade?
Uvasol® cyclohexane undergoes additional purification steps to remove UV-absorbing impurities like benzene and conjugated dienes. This results in a solvent with exceptional transparency below 200 nm, critical for accurate UV spectroscopy.
Can I use this cyclohexane for IR spectroscopy as well?
While optimized for UV applications, its high purity makes it suitable for IR spectroscopy in regions where cyclohexane doesn’t absorb (e.g., 3000-2800 cm⁻¹ for C-H stretches). However, for dedicated IR work, consider solvents like carbon tetrachloride or chloroform.
How should I dispose of unused cyclohexane?
Collect waste in a designated flammable liquid container and dispose through a licensed hazardous waste handler. Never pour down drains or evaporate in open air due to fire and environmental hazards.
Is this product suitable for GC-MS analysis?
Yes, its low impurity profile makes it an excellent solvent for sample preparation in GC-MS. However, ensure your method accounts for cyclohexane’s own mass spectrum if used as a diluent.
What’s the shelf life of unopened Uvasol® cyclohexane?
When stored properly (sealed, away from light and heat), the shelf life is typically 2-3 years. Always check the certificate of analysis for the specific batch’s expiration date.
