Product Description
Molybdenum trioxide describes a family of inorganic compounds with the formula MoO3(H2O)n where n = 0, 1, 2. These compounds are produced on the largest scale of any molybdenum compound. The anhydrous oxide is a precursor to molybdenum metal, an important alloying agent. It is also an important industrial catalyst.[8] It is a yellow solid, although impure samples can appear blue or green.Analytical Grade PurityCertified at 99% extra pure, this molybdenum trioxide offers precise performance in demanding laboratory and industrial applications. Its analytical grade ensures minimal impurities, making it suitable for reliable results in chemical analysis and synthesis, as well as in advanced research settings where quality is paramount.
Versatile ApplicationsIdeal for laboratory research, this compound functions as a catalyst and reagent. It's also significant in glass and ceramics manufacturing, owing to its unique chemical properties. Industries value its reactivity and purity, which contribute to efficiency and improved product quality in several synthetic processes.
Safe Storage & HandlingMaintain the product in a cool, dry environment between 15-25C to preserve its efficacy. Handling requires use of PPE to avoid inhalation or contact, as it is harmful if ingested or inhaled. Non-flammable but oxidizing, it should be stored away from reducing agents and direct sunlight for optimal safety.
FAQ's of MOLYBDENUM TRIOXIDE 99% extra pure (100gm):
Q: How should Molybdenum Trioxide 99% Extra Pure be safely handled?
A: Always use personal protective equipment (PPE) when handling this powder. Avoid inhaling dust and prevent contact with skin and eyes. Work in a well-ventilated area, and wash hands thoroughly after use to minimize exposure.
Q: What are the main applications of Molybdenum Trioxide in laboratories and industry?
A: This compound is extensively used as a laboratory reagent and catalyst, as well as in glass and ceramics manufacturing. Its high purity ensures compatibility with analytical and synthetic chemistry processes.
Q: Where should I store Molybdenum Trioxide to ensure product stability?
A: Store it in a tightly closed bottle in a cool, dry place at room temperature (15-25C), away from reducing agents and sources of moisture. Proper storage preserves its integrity for up to 36 months.
Q: What precautions must I take during the transport of Molybdenum Trioxide?
A: Although non-flammable, molybdenum trioxide is classified as an oxidizing solid (UN 1469). Transport it in original packaging and avoid contact with incompatible materials, particularly reducing agents.
Q: When is Molybdenum Trioxide most commonly used in scientific processes?
A: It is frequently utilized during analytical tests, synthesis reactions, and as a catalyst in both laboratory and industrial-scale procedures where high purity reagents are required.
Q: What benefits does using extra pure, analytical grade Molybdenum Trioxide provide?
A: Its high purity minimizes impurities that can affect experimental outcomes, ensuring more reliable results in research and industrial production. This makes it ideal for sensitive analytical and synthetic applications.