Labbox 4-Nitroaniline Analytical Grade 100 g

Labbox 4-Nitroaniline Analytical Grade 100 g

This high-purity reagent impresses with its analytical grade quality and is ideal for demanding analyses in research, industry and teaching. As it was developed for precise chemical analyses, laboratory professionals benefit from stable, reproducible results. Compared to conventional substances in this class, its purity and quality clearly stand out, making this product particularly suitable for key applications in organic chemistry, toxicology and materials science.

Precise properties and consistent performance

The substance 4-nitroaniline fulfils all essential requirements to enable reliable measurement results. Thanks to its high degree of purity, measurements in high-resolution devices such as HPLC (high-performance liquid chromatography) and UV-Vis spectrometers as well as in routine applications are hardly affected by impurities. The analytical-grade material therefore offers the best possible process reliability, even for complex test series. It also has a robust molecular structure, which further emphasises its suitability as a reference substance.

Those who want to carry out precise quality controls in the laboratory benefit from the defined composition of this compound. It is particularly useful in areas where reproducibility is of crucial importance - be it in toxicological tests, polymer research or the development of new dyes. In addition, the product has comprehensive safety and hazard information so that specialised personnel know exactly what to look out for when handling it.Important technical features at a glance

- Purity grade: Analytical grade - perfect for reliable analyses
- CAS number: 100-01-6 - unique chemical identification
- Molar mass: 138.12 g/mol - basis for precise stoichiometric calculations
- GHS symbols: GHS06, GHS08 - clear labelling for everyday laboratory work
- UN code: 1661 - regulates safe transport conditions (ADR, IMDG, IATA)
- Hazard statements: H301, H311, H331, H372, H412 - specific information basis for protective measures
- Brand: LABKEM - synonymous with high laboratory quality

In addition, the EC number (202-810-1) and the EC index (612-012-00-9) are relevant in order to fulfil the legal documentation requirements more easily. Due to its classification as potentially hazardous to health (including skin contact, inhalation and ingestion), it is imperative that appropriate precautions are taken during all work steps and that laboratory guidelines are strictly adhered to. In particular, suitable protective clothing and proper storage are required.

Certifications and standards for everyday laboratory work

Strict DIN, ISO and other standards are applied in many professional laboratory environments in order to improve quality assurance. Thanks to its defined purity, this substance can be easily integrated into accredited standards and supports the requirements of ISO/IEC 17025, for example, which demand precise traceability for testing laboratories. By complying with national and international guidelines, which are reflected in HACCP concepts or DIN regulations, for example, this connection creates a high level of process reliability.

Concrete application examples

- Reference substance in spectrophotometry: Due to its stability, this compound is used for the calibration and validation of UV-Vis spectrometers.
- Polymer research and nanotechnology: The reaction of the molecule is of particular interest in the investigation of materials and in the production of special surface coatings.
- Dye production: Its nitro group predestines the substance for the synthesis of special pigments that are used in various colour applications.
- Toxicological test series: Consistent properties make the reagent a valuable control substance for assessing health risks and investigating toxic mechanisms.

Frequently asked questions (FAQ)

How to store the substance correctly

Store it in a cool, dry and well-ventilated place in a designated chemical cabinet. Avoid proximity to reducing agents, ignition sources and incompatible chemicals to prevent reactions or decomposition.

What protective equipment is required in all cases

Always wear chemical-resistant gloves, a lab coat and safety goggles. For larger quantities or work with an increased risk of exposure, face or respiratory protection measures are recommended.

To what extent can it be used in aqueous solutions?

The substance can be dissolved in water, but its solubility is limited. The use of organic solvents is often recommended, especially in analytical procedures, in order to obtain precise concentrations and reproducible results.

What disposal measures must be observed?

Due to its toxicity and categorisation as a hazardous substance, this product must not be disposed of with normal household waste or waste water. Instead, give it to a certified disposal facility that specialises in hazardous chemicals.

Conclusion

As a reliable compound with a high degree of purity and defined structure, 4-nitroaniline offers ideal conditions for demanding laboratory tasks. Whether in polymer research, toxicology, organic synthesis or instrumental analyses - the product is the perfect choice for reproducible measurements and robust research results. Thanks to corresponding certifications and labelling in accordance with regulations, it can be easily integrated into existing quality management systems, while its precise properties ensure reliably controlled laboratory processes. The result is an optimum mix of safety, durability and outstanding utility value for qualified specialist users.

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