About Mercuric Oxide
Creating a striking mark in the industry, we have earned the name of being a highly reliable organization engaged in offering red Mercuric Oxide. This chemical is used as a catalyst in oligosaccharide synthesis. We process this chemical in compliance with set safety norms using best quality compounds. Packed in quality grade bottles, this chemical is available in different quantity packaging options. We check this chemical on composition and safety parameters. We offer this red Mercuric Oxide at reasonable prices.
Specifications :-
- IUPAC Name : oxomercury
- Linear Formula : HgO
- MOlecular Weight : 216.59
- Apearance : Red micro crystalline powder
- Melting Point : 500oC
- Density : 11.14 g/cm cube
- MDL Number : MFCD00011045
- EC No. : 244-654-7
- Mercury : 62.7%
- Assay : 99%
- pH Value : Neutral
Features :-
- Red Solid
- Accurate composition
- Extended shelf life
Premium Quality Laboratory GradeOur Mercuric Oxide guarantees a purity of 99%, suitable for analytical and laboratory use. Supplied as an orange-red powder, its high quality ensures reliable and consistent results for research and testing. It is designed to meet the requirements of university laboratories and professionals.
Safe Handling and StorageMercuric Oxide must be kept in tightly sealed plastic bottles in a cool, dry environment, shielded from light to preserve quality and safety. As it is toxic and environmentally hazardous, proper lab safety measures, such as using gloves and masks, are essential during handling.
Applications in Analytical ChemistryThis compound's reactivity with acids and stability under recommended storage conditions make it valuable for laboratory synthesis and analytical research. Its insolubility in water and predictable decomposition characteristics contribute to its widespread adoption in lab processes.
FAQ's of Mercuric Oxide:
Q: How should Mercuric Oxide be stored for maximum stability?
A: Mercuric Oxide should be stored in tightly sealed plastic bottles, kept in a cool, dry place away from light. This ensures its stability and extends its shelf life up to three years.
Q: What are the main laboratory uses of Mercuric Oxide?
A: It is primarily used as a laboratory reagent in analytical chemistry, laboratory synthesis, and various research applications due to its high purity and predictable reactivity with acids.
Q: When does Mercuric Oxide begin to decompose?
A: Mercuric Oxide decomposes upon heating at temperatures above 500C. It does not have a traditional boiling point, as it breaks down rather than boiling.
Q: Where should Mercuric Oxide be handled to ensure safety?
A: Handling should be conducted in a well-ventilated laboratory setting, using appropriate safety equipment such as gloves and respiratory protection, due to its toxic nature if inhaled or swallowed.
Q: What precautions should be taken during the process of using Mercuric Oxide?
A: Laboratory personnel should wear gloves and face masks, avoid inhaling powder or consuming food nearby, and ensure proper ventilation. Spills should be cleaned immediately, given its toxicity and ecological risk.
Q: What benefits does Mercuric Oxide offer for laboratory synthesis?
A: Its consistent purity and reliable reaction profile make Mercuric Oxide valuable for precise analytical and synthetic procedures in academic and industrial laboratories.