Labbox Urea GEN, 100 g

Beschreibung

Labbox urea GEN, 100 g

This chemical reagent with the molecular formula CH₄N₂O opens up a wide range of applications for laboratory professionals from a wide variety of disciplines. Thanks to its high quality standard, it enables precise and reliable analysis, which is crucial in many laboratory applications. The consistent purity and fine grain size of this product sets it apart from comparable offerings and facilitates both handling and dosing.

Properties and performance characteristics

The reagent from the LABKEM range impresses with its consistent purity and reliable consistency. In everyday laboratory work, urea often plays a key role in the preparation of samples, the performance of biochemical tests and the production of culture media. The following points provide an overview of the key specifications and benefits:

– Molecular weight (MW): 60.06
– CAS no.: 57-13-6
– EC-No.: 200-315-5
– TARIC code: 31021010 (important for customs and shipping)
– Particularly fine consistency for precise dosing
– No hazardous markings required (currently no hazard pictogram)
– Brand: LABKEM

The fine texture has a direct effect on solubility and enables rapid weighing, which is particularly important when preparing standard solutions. Experts consider urea to be an important component for the production of certain buffer solutions, as it ensures gentle handling of many samples. In biological processes, it contributes to the efficient denaturation of proteins and thus supports analytical methods such as electrophoresis.

Certifications and standards

Because it is manufactured by a specialized supplier such as Labbox, the product benefits from strict internal quality and purity controls. Although there are no specific UN codes or hazard pictograms to consider in this case, laboratory quality tests and adherence to laboratory regulations ensure the necessary safety for professional use. In laboratory environments, compliance with DIN standards for process sequences and occupational health and safety is generally taken for granted, which is why proper storage and handling contribute significantly to maintaining product quality.

Examples of use

Urea is an elementary component of many biochemical and technical processes. It is used in the following areas, among others:

– Protein analysis: As a denaturant when breaking down complex protein structures.
– Molecular biology: For the production of buffer solutions that offer proteins and enzymes adapted conditions.
– Agricultural research: To determine the nitrogen content in soil samples or fertilizers.
– Pharmaceutical development: As an active ingredient in certain formulations to test new active ingredients and excipients.

Urea is particularly useful in protein analysis to control specific denaturation processes and obtain reliable laboratory results. The product is also a versatile helper when testing various pH controls and using other typical laboratory chemicals such as ammonium sulphate or glycine.

FAQs

How should the product ideally be stored?

Dry, cool and protected from light. The sealed original packaging remains the ideal storage location to avoid contamination.

What safety aspects need to be considered

Although no hazardous substance symbol is prescribed, the usual protective measures in the laboratory still apply: gloves and safety goggles provide important basic protection to prevent skin and eye contact.

Can it be used to denature any protein?

In general, urea is suitable for numerous proteins. However, individual proteins may require special conditions, such as pH value or temperature. It is therefore advisable to carry out appropriate preliminary tests in each case.

Is its use in pharmaceutical processes permitted?

Provided that appropriate purity and quality specifications are met, urea is regularly used in controlled pharmaceutical or biotechnological processes. Precise specifications make local guidelines and SOPs (standard operating procedures) necessary in each case.

Conclusion

This high-quality reagent impresses with its high purity and easy solubility as well as its versatile use in protein analysis, molecular biology and other areas of research. Its uncomplicated handling and reliable quality make it a valuable choice for laboratories that rely on precise and reproducible results. Users across research, development and analysis benefit from a high-performance solution that meets today’s demands for modern laboratory chemicals.