About Palladium Oxide
We have carved a niche by manufacturing, exporting and supplying our clients superior quality Palladium Oxide.This chemical is prominently used as catalyst in catalytic hydrogenation in organic synthesis. Under the proper supervision of our skilled professionals, offered oxide is well processed by making use of quality assured chemical substances with the aid of pioneering technology as per the set industry standards. Furthermore, we provide this Palladium Oxide in safe packaging at market leading prices to the clients.
Features:
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Long shelf life
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Effectiveness
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Stability
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Safe to use
Exceptional Oxidizing Agent for CatalysisPalladium Oxides strong oxidizing ability makes it indispensable in various catalytic processes, most notably in organic synthesis and hydrogenation reactions. Its consistent performance supports efficient chemical transformations, making it a valuable asset for researchers and industry professionals.
Laboratory-Grade Purity and VersatilityWith a minimum purity of 99%, this laboratory or technical grade powder is crafted for applications demanding high standards. Its insolubility in water and solubility in acids offer broad compatibility with diverse laboratory processes, supporting reliable experimental outcomes.
Safe Handling and Storage RequirementsGiven its toxic nature and strong reactivity, Palladium Oxide should be handled with care. Adequate storage involves keeping it in tightly closed containers, separated from reducing agents and moisture. Following these guidelines ensures stable shelf life and user safety.
FAQs of Palladium Oxide:
Q: How is Palladium Oxide most commonly used in laboratory settings?
A: Palladium Oxide serves as a catalyst in organic syntheses, hydrogenation reactions, and is utilized as an electrode material due to its strong oxidizing properties.
Q: What storage conditions are necessary to ensure the stability of Palladium Oxide?
A: Store Palladium Oxide in a tightly closed container, away from reducing agents, incompatible substances, and moisture to maintain its stability and effectiveness.
Q: When does Palladium Oxide begin to decompose, and what is its melting point?
A: Palladium Oxide decomposes before boiling, with a melting point of 870C. Decomposition can occur if exposed to excessive heat.
Q: Where can Palladium Oxide be sourced for research and manufacturing needs?
A: Palladium Oxide is produced, exported, and imported by trusted suppliers in India, typically offered in 25g, 100g, and 500g packaging or as per user requirements.
Q: What are the benefits of using Palladium Oxide as a catalyst?
A: Palladium Oxide is highly effective in accelerating chemical reactions, particularly in organic and hydrogenation processes, which enhances yield and process efficiency.
Q: How toxic is Palladium Oxide, and what precautions are recommended?
A: Classified as toxic (Hazard Class 6.1), Palladium Oxide requires careful handling with appropriate personal protective equipment, including gloves and eye protection, to minimize exposure risks.