Labbox Dichloromethane (stabilized with amylene) AGR ACS, ISO, Ph. Eur.

Beschreibung

Labbox dichloromethane (stabilized with amylene) AGR ACS, ISO, Ph. Eur.

This high-purity solvent is designed for precise laboratory processes and demanding industrial applications and impresses with its reliable quality. It is characterized by stabilization with amylene, which protects the chemical composition and ensures consistent purity. Thanks to its compliance with ACS, ISO and Ph. Eur. standards, this product is particularly suitable for critical analyses and sensitive processes in research, development and production. It is often preferred over comparable alternative substances because it consistently meets the strictest quality requirements and its stable nature ensures reproducible results.

Reliable quality characteristics and optimal application options

The purity of this solvent makes it ideal for a wide range of applications in laboratory and production environments. Whether in pharmaceutical research or in chemical analysis processes: The consistently high quality is maintained over a longer period of time and enables accurate results. Its internationally recognized certifications such as ACS, ISO and Ph. Eur. underline its suitability for sensitive laboratory processes.

Important technical data at a glance:- Stabilized with amylene to ensure long-term consistent quality
– Meets ACS, ISO and Ph. Eur. specifications
– Molar mass (MW): 84.93 g/mol
– CAS number: 75-09-2
– Classification: IMDG 6.1 III / ADR 6.1 III / IATA 6.1 III (UN 1593)
– UN code: 1593
– Hazard pictogram: GHS08

In addition, the solvent has a colorless appearance and is characterized by its characteristic, slightly sweet odor. Stabilization with amylene prevents unwanted reactions or decomposition when used in complex processes, making it extremely valuable for quality control, synthesis and purification processes. Its low boiling point makes it ideal for particularly sensitive distillations and extractions. It is also frequently used to prepare samples in analytical techniques such as HPLC (high-performance liquid chromatography) or GC (gas chromatography).

The combination of low viscosity and excellent dissolving power allows the effective removal of stubborn residues, making the solvent ideal for cleaning applications in technical areas. As it is classified as Carc. 2 according to European regulations (H351), appropriate protective measures are required during handling. This includes working in well-ventilated areas and the use of suitable protective clothing.

Examples of use

– Preparation of samples for chromatographic analyses (HPLC, GC)
– Dissolution and purification processes in pharmaceutical production
– Extractions of sensitive samples, especially at low boiling points
– Production of chemical intermediates and reagents for control laboratories

Typically, the solvent comes into contact with organic substances such as fats, oils or certain polymer materials in order to extract or dissolve them from complex matrices. It is also widely used for dissolving lipids or steroid-containing substances, as it offers high solubility for organic molecules.

FAQs

How should the solvent be stored

?

It is recommended to keep the container cool and well ventilated, preferably in an explosion-proof and dry area. Avoid direct sunlight and sources of ignition.

What personal protective measures are required

Due to the classification as hazardous to health (Carc. 2; H351), protective goggles, gloves and lab coats should always be worn in laboratories. If ventilation is inadequate, it is advisable to wear a suitable respirator.

Can the product be used for medical applications?

Although the solvent meets pharmacopoeia requirements (Ph. Eur.), it is always used in accordance with the specifications of the respective production or research processes. Release for direct medical purposes requires special approvals.

What are typical compatibilities with other substances?It dissolves many fatty and oily compounds. It is less effective when working with polar substances, which is why compatibility must be checked on a case-by-case basis. In principle, it is well suited for numerous organic substances whose stability is not jeopardized by reactions with the solvent.Conclusion

The compound presented here is characterized by its stability, high purity and wide range of applications. With important certifications and standards, a wide range of applications in research, development and production environments and a stabilized form, it offers measurably reliable results and reproducible processes. Its strengths are particularly evident in precise analyses and demanding extractions, making it an indispensable tool for laboratories and industrial sectors that rely on safety and accuracy.