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Palladium Nitrate

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MOQ : 50 Kilograms

Palladium Nitrate Specification

Packaging Type
Sealed glass bottle

Size
25g, 100g, custom on request

Molecular Weight
230.43 g/mol

Molecular Formula
Pd(NO3)2

Ph Level
2.5 (0.1M in water)

Melting Point
Decomposes above 55C

Density
Gram per cubic centimeter(g/cm3)

Boiling point
Not available (decomposes)

Physical State
Solid

Purity
99%

Shelf Life
2 years when properly stored

Storage Instructions
Store in a cool, dry place away from light

Grade
Laboratory Reagent Grade

Type
Inorganic Compound

Appearance
Brownish Red Crystals

Purity(%)
99%

UN Number
UN 1477

Stability
Stable under recommended conditions, sensitive to moisture and light

Solubility
Soluble in water and dilute acids

HS Code
28439000

Odor
Odorless

Hazard Class
5.1 (Oxidizer)

Palladium Nitrate Trade Information

Minimum Order Quantity
50 Kilograms

Supply Ability
1 Kilograms Per Week

Delivery Time
1 Week

About Palladium Nitrate

Palladium Nitrate

Cas No.: 10102-05-3

Molecular Formula : N2O6Pd

Appearance : Yellow Powder

Mol. Wt.: 230.4298000

Assay : 99%

Packing : 1Kg To 25 Kg

Application : contra safty, space battery.

High Purity Laboratory Reagent

Our Palladium Nitrate is available in laboratory reagent grade, ensuring consistent quality and dependable results for research and industrial laboratories. Each batch is stringently tested for 99% purity before packaging. The compound is delivered in secure, sealed glass bottles for enhanced reliability and safety during storage and transport.

Safe Handling and Storage

Palladium Nitrate is sensitive to light and moisture and classified as a Hazard Class 5.1 oxidizer under UN Number 1477. To maintain its stability and prevent decomposition, it must be stored in cool, dry conditions and kept away from incompatible materials. Proper storage helps sustain its two-year shelf life and preserves its chemical integrity.

Versatile Chemical Applications

Palladium Nitrate serves as a valuable oxidizing agent and catalyst in chemical research, synthesis, and analytical procedures. Its solubility in water and dilute acids expands its range of applications in developing novel materials, studying reaction mechanisms, and industrial processes. Custom packaging options are available for diverse operational needs.

FAQs of Palladium Nitrate:

Q: How should Palladium Nitrate be stored and handled safely?

A: Palladium Nitrate should be stored in sealed glass bottles in a cool, dry place away from light. As a Hazard Class 5.1 oxidizer, it should not be mixed with organic materials or reducers, and care should be taken to avoid exposing it to moisture or high temperatures.

Q: What is the recommended process for dissolving Palladium Nitrate?

A: To dissolve Palladium Nitrate, use water or dilute acids since the compound is readily soluble in both. Avoid using organic solvents, and perform the dissolution under controlled laboratory conditions to maintain safety.

Q: When is Palladium Nitrate typically utilized in laboratory applications?

A: Palladium Nitrate is used when a high-purity palladium source is required for analytical, synthesis, or catalytic purposes. It is commonly employed in laboratories for material research, reaction development, and specialized industrial processes.

Q: Where can I purchase Palladium Nitrate in various packaging sizes?

A: Palladium Nitrate is available in 25 g and 100 g sealed glass bottles. Custom packaging sizes can be requested from suppliers, distributors, or wholesalers in India, catering to various scales of use from laboratory to industrial requirements.

Q: What precautions are necessary due to its melting point and decomposition?

A: Palladium Nitrate decomposes above 55C and does not have a conventional boiling point. Keep it away from heat sources and open flames; always handle it at room temperature or lower to avoid hazardous decomposition.

Q: How does using Palladium Nitrate benefit research or industrial processes?

A: Its high purity and solubility make Palladium Nitrate an excellent reagent for accurate and reproducible results in research and synthesis. As a strong oxidizer, it helps in efficient reaction mechanisms and advanced material development.

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