Labbox 1,10-Phenanthroline monohydrate Analytical grade, 5 g

Labbox 1,10-Phenanthroline Monohydrate Analytical grade, 5 g

This reagent is indispensable in many laboratories when it comes to the reliable analysis of metal ions. It is particularly favoured over comparable products in demanding research and routine laboratories, as it delivers consistently high-quality results and is also easy to use. The purity of the substance plays a key role here: if you don't want to compromise on accuracy, choose a substance with clearly defined analytical quality.

Performance characteristics and areas of application

This reagent is primarily used in complexometric titrations and photometric determinations, where it has a strong affinity for certain metal ions. Its strengthening as a ligand for metals such as iron(II), copper(II) or nickel(II) forms the basis for precise quantitative and qualitative analyses. The following overview summarises the most important technical data:

- Molecular weight: 198.22 g/mol
- CAS number: 5144-89-8
- EINECS (EC): 200-629-2
- Hazard pictograms CLP: GHS06 (Toxic), GHS09 (Dangerous for the environment)
- Hazard Statements: H301 (Toxic if swallowed), H410 (Very toxic to aquatic life with long lasting effects)
- Transport classifications: IMDG 6.1 III UN 2811 | ADR 6.1 III UN 2811 (E) | IATA 6.1 III UN 2811
- Index number: 613-092-00-8

In addition, the substance is usually present in a stable, solid form and has been tested for analytical purity. Its precise degree of purity improves the detection limits in sensitive test series and enables various metal ions to be determined reliably and unambiguously in research or industrial laboratories. Those who want to achieve reliable results benefit in particular from the high product consistency and the ability to establish reproducible processes.

Storage should be in dry, cool conditions. Safety goggles, protective gloves and a lab coat are essential for handling, as the product is classified as acutely toxic and environmentally hazardous. This personal protective equipment contributes significantly to minimising the risk during daily laboratory work. Thorough hand washing is essential after use to avoid contamination.Another key aspect is the classification as "Analytical grade", which emphasises the high quality standard. This ensures that this product fulfils the special requirements in laboratories and research. Due to its dust potential, special care is required when weighing: An increased release of particles should be avoided in order to reduce health risks and keep substance consumption as economical as possible.

Examples of application

- Metal ion analysis in pharmaceutical quality control: Here, the substance supports the testing of iron or copper content in active ingredients.
- Environmental analysis in the field of heavy metals: trace analyses of nickel, copper or iron in water can be carried out with high sensitivity.
- Research into new catalyst systems: This reagent shows its strengths particularly in the development of novel metal complexes by forming stable complex compounds.
- Training and teaching: Students can deepen their understanding of coordination chemistry through simple complexation experiments and learn how metal centres are influenced by chelators.

As the substance is a complexing ligand, it can be combined in many ways and provides reproducible results in photometric tests. This is particularly advantageous in routine industrial analyses when comparable procedures have to be carried out several times under identical conditions. Downtimes or uncertainties in the evaluation are thus minimised.

FAQs

How can the product be disposed of properly?

Due to its toxicity and harmfulness to the environment (H410), disposal via waste water is not permitted. Residual quantities must be collected and disposed of as hazardous waste to prevent harmful effects on water.

Is a specific standardisation required?

Chemicals of this type are not usually covered by other formal standards such as DIN or CE, as the latter are often applied to equipment or machinery. However, the term "analytical grade" indicates suitability for test procedures with high purity requirements.

Can the substance be dissolved directly with water?

A precise dosage is crucial for the preparation of a solution. A specific risk assessment should be carried out in advance and all safety instructions should be followed to avoid uncontrolled contact.

What protective clothing is required by law?

In addition to sturdy chemical protective gloves and safety goggles, a smock should always be worn. It is also advisable to work under a fume hood to quickly dissipate any vapours or fine dust.

What are the special features of complexometric titrations?

The substance reacts extremely sensitively to low metal ion concentrations, which makes it particularly suitable for precise titration results. Thanks to this specificity, complex formation is clearly recognisable, enabling more accurate endpoint determinations.

Conclusion

The reagent presented is a reliable solution for laboratories that require high purity and unambiguous results. Its distinct ability to bind various metal ions makes it a universally applicable tool in research, quality control and education. It allows low-contamination tests, provides reproducible results and guarantees a high level of quality thanks to its precise classification as an "analytical grade". Especially for users who have individual analysis requirements and value precision, it offers an outstanding range of services that has proven itself in many areas of chemical and pharmaceutical analysis.

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