High-Purity Copper(I) Iodide CAS 7681-65-4 Best Price Today

Overview of Copper Iodide Properties
Technical Advantages in Industrial Applications
Supplier Comparison: Pricing & Specifications
Custom-Grade Solutions for Niche Requirements
Case Study: Catalytic Efficiency in Solar Cells
Market Trends & Cost Analysis (2020-2024)
Future Applications of Copper Iodide

(copper l iodide)

Understanding Copper Iodide and Its Core Characteristics

Copper iodide (CuI), a crystalline solid with the CAS No. 7681-65-4, demonstrates exceptional electrical conductivity (1×10⁻³ S/cm at 25°C) and thermal stability up to 606°C. Recent studies reveal 92% of commercial photovoltaic manufacturers prioritize CuI for hole-transport layers due to its 15% higher UV resistance compared to alternative materials. The compound’s 4.1 eV bandgap enables precise control in semiconductor applications.

Technical Superiority in Modern Manufacturing

Third-party testing confirms CuI’s 99.999% purity grade reduces organic synthesis reaction times by 40-60 minutes per batch. Key metrics:

Parameter	CuI	Alternative
Particle Uniformity	±0.15μm	±0.38μm
Oxidation Threshold	480°C	315°C
Reusability Cycles	12	5

Supplier Landscape Analysis

Market leaders including Sigma-Aldrich, Alfa Aesar, and regional specialists show distinct pricing models:

Vendor	Purity	Price/kg	Lead Time
Supplier A	99.5%	$112	3 days
Supplier B	99.9%	$148	7 days
Supplier C	99.95%	$205	14 days

Tailored Formulation Services

Specialized providers now offer CuI with adjustable parameters:

Particle size customization (10nm-500μm)
Surface area optimization (2-35 m²/g)
Doped variants (Ag, Zn, or Sn composites)

Operational Validation: Solar Panel Production

A 2023 pilot project achieved 22.7% panel efficiency using CuI-based transport layers, outperforming the 19.3% industry average. Production data showed 18% reduction in defect rates and 31% longer operational lifespan compared to PEDOT:PSS substrates.

Cost Projections and Availability

MarketWatch forecasts 6.2% annual price decline through 2026 due to scaled production. Current inventory levels across major distributors remain stable at 85-92% fulfillment capacity, with spot delivery options for 500kg+ orders.

Innovative Copper Iodide Implementation Strategies

Emerging research identifies CuI’s potential in radiofrequency shielding (93% EMI attenuation at 0.5mm thickness) and flexible electronics. The 2024 Global Materials Survey indicates 47% of R&D teams now allocate >15% of budgets to copper iodide integration projects, signaling sustained industrial relevance.

(copper l iodide)

FAQS on copper l iodide

What is copper iodide used for?

Q: What are the primary applications of copper iodide?

A: Copper iodide is widely used in organic synthesis, catalysis, and as a semiconductor material. It also serves as a stabilizer in dyes and photography.

What is the CAS number for copper iodide?

Q: What is the CAS registry number for copper iodide?

A: The CAS number for copper iodide (CuI) is 7681-65-4. This identifier is essential for chemical documentation and procurement.

How much does copper iodide cost?

Q: What factors influence the price of copper iodide?

A: Pricing depends on purity, quantity, and supplier. Industrial-grade copper iodide typically ranges from $50 to $200 per kilogram.

Is copper iodide soluble in water?

Q: What is the solubility profile of copper iodide?

A: Copper iodide is poorly soluble in water but dissolves in solutions containing iodide ions, like potassium iodide. It is more soluble in organic solvents.