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Features
|
CAS No.: |
10025-97-5 |
|
Linear Formula: |
IrCl4 |
|
Appearance: |
Powder, Glassy Amorphous or Solution |
|
Purity: |
99% - 99.999% |
✅ Product Description
Iridium Tetrachloride (IrCl₄) is a high-purity iridium-based compound available in solid and liquid forms, including crystalline powder, amorphous glassy solid, or aqueous solution. With its intense coloration and strong oxidizing properties, IrCl₄ is widely used in advanced materials research, homogeneous catalysis, and as a precursor in iridium-based catalyst systems.
Its exceptional thermal and chemical stability, combined with high purity (up to 99.999%), makes it suitable for critical applications in electronics, fuel cells, and high-performance chemical synthesis. Available in customized formulations and concentrations, Iridium Tetrachloride offers superior versatility across research and industrial use.
🔹 Features & Properties
✔ Available as powder, glassy amorphous solid, or liquid
✔ High purity options up to 99.999%
✔ Strong oxidizer; effective in high-energy and catalytic applications
✔ Excellent solubility in water and hydrochloric acid
✔ Versatile precursor for synthesis of complex iridium compounds
🚀 Applications & Related Industries
✅ Catalysis: Precursor for iridium catalysts in hydrogenation and hydrosilylation
✅ Fuel Cells & Electrochemistry: Iridium-based coatings and electrode preparation
✅ Semiconductors: Used in thin-film deposition and vapor-phase processes
✅ Research: Coordination chemistry, organometallic compound synthesis
✅ Noble Metal Recovery: Refining and recycling processes for platinum group metals
📖 Synonyms
Iridium(IV) Chloride
IrCl₄
Tetrachloroiridate(IV)
Iridium Chloride
⚠ Health & Safety Information
⚠ Toxic and corrosive; avoid inhalation and skin contact
⚠ Store under inert atmosphere or tightly sealed containers
⚠ Use personal protective equipment (PPE) during handling
⚠ Dispose in accordance with local hazardous material regulations
🏭 Production Method & Equipment
Iridium Tetrachloride is synthesized through the chlorination of iridium metal or iridium oxides at elevated temperatures in a controlled environment. The process is followed by purification and controlled crystallization or concentration to achieve the desired phase and purity.
📐 Size & Customization
Available Forms:
• Fine crystalline powder
• Glassy amorphous solid
• Concentrated aqueous solution
Customization:
• Tailored molarity or concentration for solutions
• Controlled particle sizes for powder forms
• Special packaging under inert atmosphere
📋 Certifications & Quality Assurance
Conforms to ASTM, JIS, GB, EN, and BS standards, as applicable
Supplied with COA, MSDS, and full traceability
Produced under strict ISO 9001 certified manufacturing processes
⏱ Lead Time & MOQ
Lead Time: 5–15 working days depending on form and volume
MOQ: 10g for research use, scalable for industrial orders
💬 FAQs
Q1: Is Iridium Tetrachloride soluble in water?
A1: Yes, IrCl₄ is soluble in water and hydrochloric acid, forming complex ions in solution.
Q2: Can you supply IrCl₄ in liquid form?
A2: Yes, we offer stable aqueous solutions at specified concentrations upon request.
Q3: What's the best storage condition?
A3: Store in sealed containers, preferably under argon or nitrogen atmosphere, away from moisture.
🧭 How to Choose the Product
Select powder form for solid-state synthesis or thermal processing
Use solution form for catalytic and electrochemical applications
Choose ultra-high-purity (99.999%) grade for semiconductor or lab-grade synthesis
📏 Product Standards
Conforms to ASTM, JIS, GB, EN, BS and other relevant standards
Available in custom specs for academic, government, or industrial projects
🧪 Production & Quality Control
Purity verified via ICP-MS, XRF, and titration
Phase confirmed through XRD and visual inspection
Quality control follows strict cleanroom-grade procedures
📦 Shipping & Delivery Information
Packaging: Amber glass bottles, vacuum-sealed foil, or HDPE containers
Transport: Shipped under UN regulations for hazardous materials, globally supported
Labeling: Full hazard, handling, and compliance labeling as per destination
🌱 Environmental Impact & Sustainability
Recoverable through precious metal recycling programs
Low environmental release under controlled industrial usage
Manufacturing meets sustainability compliance guidelines
🧼 Maintenance & Care Instructions
Keep containers tightly sealed when not in use
Store in cool, dry, and inert environments
Avoid exposure to light, humidity, and heat sources
🧩 Differentiation Between Products
Iridium Tetrachloride stands out due to its multiple form availability (powder, amorphous, solution), high purity levels, and its ability to function as both a raw material and a reactive catalyst precursor in advanced technologies.
📩 Contact Us
For pricing, custom synthesis options, or bulk orders of Iridium Tetrachloride, our team is ready to assist you with technical support and logistical solutions.
Chemical Identifiers
|
Linear Formula |
IrCl4 |
|
MDL Number |
MFCD00150243 |
|
EC No. |
233-048-8 |
|
Beilstein/Reaxys No. |
N/A |
|
Pubchem CID |
16212119 |
|
IUPAC Name |
tetrachloroiridium |
|
SMILES |
[Ir+4].[Cl-].[Cl-].[Cl-].[Cl-] |
|
InchI Identifier |
InChI=1S/4ClH.Ir/h4*1H;/q;;;;+4/p-4 |
|
InchI Key |
CALMYRPSSNRCFD-UHFFFAOYSA-J |
Iridium Tetrachloride Properties (Theoretical)
|
Compound Formula |
Cl4Ir |
|
Molecular Weight |
334.03 |
|
Appearance |
powder, glassy amorphous |
|
Melting Point |
decomposes |
|
Exact Mass |
334.835 |
|
Monoisotopic Mass |
332.838 |
Iridium Tetrachloride Health & Safety Information
|
Signal Word |
Warning |
|
Hazard Statements |
H302-H315-H319-H335 |
|
Hazard Codes |
Xn |
|
Precautionary Statements |
P261-P305 + P351 + P338 |
|
Risk Codes |
22-36/37/38 |
|
Safety Statements |
26-36/37 |
|
RTECS Number |
NO3610000 |
|
Transport Information |
NONH |
|
WGK Germany |
3 |
|
GHS Pictograms |
GHS07 Exclamation Point
|
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