Labbox Oxalic acid dihydrate AGR

Beschreibung

Labbox Oxalic acid dihydrate AGR

As a high-purity analysis reagent, this product provides a reliable basis for a wide range of laboratory applications, for example in organic synthesis or special reaction analyses. Thanks to its precise composition and high purity, it scores over similar acids due to its particularly stable concentration. Experts who value precise and reproducible results prefer the reagent to ensure optimal laboratory processes.

Versatile properties and advantages

This reagent belongs to the group of dicarboxylic acids and is particularly stable due to the natural binding of two water molecules (dihydrate). Its corrosion and cleaning effect makes it just as popular as its ability to be used efficiently in many industrial processes. Some important technical characteristics are:

– Molecular weight: 126.07 g/mol
– CAS number: 6153-56-6
– EC number: 205-634-3
– EC index: 607-006-00-8
– TARIC code: 29171100

The crystal character of the dihydrate ensures easy dosing. The product also impresses with its purity and consistent quality, which is ensured by numerous control steps in the manufacturing process. Its neutral odor and good water solubility enable rapid, uniform distribution in the reaction medium. Particularly in the laboratory, this often determines the efficiency of the preparation of different experimental set-ups.

Since oxalic acid dihydrate complies with common industry standards and is manufactured with exact purity levels, laboratory specialists benefit from reactions that can be reliably planned. The substance is also well suited to a range of neutralizing or complexing chemical processes, making it a very flexible tool.

Certifications and standards

Production is carried out in accordance with relevant chemical industry guidelines. Oxalic acid dihydrate is manufactured in compliance with current DIN and EC regulations, ensuring traceability and safety aspects are met. For laboratory applications, compliance with strict production standards is particularly important in order to guarantee low-contamination and reliable reagents. This provides professionals with a product that ensures precise, reproducible results in analytical and research-oriented applications.

Concrete application examples

– Removal of rust and metal deposits: This acid is popularly used to dissolve iron oxide residues from metal parts.
– Salting out in organic chemistry: Oxalic acid dihydrate is often the acid of choice for precipitating unwanted by-products in reaction batches.
– Cleaning laboratory equipment: In diluted form, it helps to gently remove stubborn lime or metal residues.
– Production of complex compounds: In the synthesis of certain coordination compounds, the acid can act as a structuring element.

Thanks to this versatility, the product is popular in both research institutes and industrial laboratories, especially as specific impurities can be minimized thanks to its selection mechanism. If it is stored correctly, the quality remains stable in the long term and ensures consistent measurement results.

FAQs

What needs to be considered during storage

A dry, cool and light-protected environment ensures that purity is maintained. Airtight containers prevent the attraction of moisture.

Can this acid be combined with other reagents?

Yes, especially in organic synthesis it is often used as a precipitating or complexing agent. However, it is important to check possible incompatibilities and reaction risks in the safety data sheets.

What protective equipment is recommended

Chemical gloves, safety goggles and lab coats are advisable for direct handling. For fine crystalline powders, dust protection (breathing mask) may also be useful.

Are there any dangerous reactions when heating?

If higher temperatures are reached, oxalic acid dihydrate can break down into its components and release gaseous decomposition products under certain circumstances. Therefore, suitable protective measures should always be taken, such as working under a fume hood.

Conclusion

Thanks to extensive laboratory experience and strict controls, this reagent stands for consistently high quality. The possible applications range from the removal of metal residues to precise organic or inorganic synthesis. Strictly adhered to standards, uniform purity and high potency make the product a reliable choice for professionals who rely on accurate results and reproducible processes.