Labbox 2-Propanol LC/MS LGR
This high-purity solvent is specially designed for demanding work in liquid chromatography and mass spectrometry and guarantees consistent, reliable performance. Users benefit from stable analysis results, low levels of contamination and a safety concept that is impressive both during transport and storage. Compared to conventional isopropanol variants, this product scores particularly well with its LGR quality, which enables outstanding reproducibility and reliable measurement results.
Powerful properties for laboratory use
The reagent offers a wide range of applications and is used wherever purity and reliability are of the utmost importance. Minimal interference signals and consistent signal intensity are essential to ensure reliable measurements, especially in LC/MS methods. Thanks to controlled production and strict quality checks, the solvent can be used in highly sensitive processes without risking unnecessary measurement deviations.
In addition, this alcohol is extremely volatile, which facilitates low-residue cleaning of laboratory glassware, pipette tips and other sensitive instruments. Its resistance to many organic substances makes it a flexible choice for a wide range of applications. Thanks to clear labelling in accordance with GHS standards, safe handling is simplified as potential risks can be identified at a glance.
Technical data and special features
- Molar mass: 60.10
- CAS number: 67-63-0
- EC number: 200-661-7
- UN code: 1219
- Brand: LABKEM
- Hazard pictograms: GHS02, GHS07
- Transport regulations: ADR (3 II UN 1219 D/E), IATA (3 II UN 1219), IMDG (3 II UN 1219)
In addition, the product has very low intrinsic contamination, which reduces interference in analytical applications. The uncomplicated safety concept covers all important regulations for transport (including ADR, IATA, IMDG), which makes it possible to ship to different laboratories worldwide. Thanks to defined purity, there is no need for time-consuming control measurements and immediate readiness for use in the laboratory is guaranteed.
Certifications and standards
Regular testing of purity and composition ensures that users can rely on consistent LC/MS quality. In many laboratories, compliance with various guidelines, such as DIN and CE standards, is a decisive factor for smooth processes. As this reagent is produced to the highest standards, it is equally suitable for analytical laboratories, biotechnological facilities and other industries where precise results are an absolute priority. Even with recurring test series, the consistent specification ensures predictable processes and reduces the risk of process disruptions.
Application examples
- Preparation of samples in LC/MS processes to obtain precise peak formations and minimise interfering signals
- Cleaning of measuring cells, cuvettes and other sensitive devices, some of which are made of glass or plastic
- Mild extraction of organic components that leaves little residue in final solutions.
- Preparation of reagent mixtures where a reliable dissolution process is critical, for example when analysing proteins or lipophilic components.
FAQs
How do I store this solvent safely?
It is recommended to keep the containers tightly closed in a cool, well-ventilated place. Direct exposure to heat or intense sunlight should be avoided to reduce the risk of ignition.
What protective equipment is required for use?
Wearing safety goggles, chemical protective gloves and suitable laboratory clothing has proven to be a good idea. This significantly reduces the risk of injury in the event of accidental contact.
Can I use the alcohol in particularly sensitive measuring systems?
Yes, its low residue tendency and rapid evaporation make it a reliable choice. However, regular maintenance of the devices is also advisable here to ensure constant performance.
Is this reagent suitable for disinfection?
Although it has antibacterial properties, the focus is on analytical purity. For disinfection tasks, the applicable hygiene regulations should be observed and additional disinfectants used if necessary.
Conclusion
The reagent described here impresses with its combination of controlled purity, low contamination and stringent safety precautions, which provide long-term support for professional laboratory operations. Especially in highly sensitive LC/MS analysis, the stable degree of purity pays off and impresses with low signal distortion. At the same time, the clear hazard labelling helps to ensure that all handling complies with the required safety standards. Anyone who needs a reliable, customised solution for demanding applications in the analytical environment benefits from high process reliability and consistent results - a decisive factor for any modern laboratory operation.
