4-Iodophenetole

Product Overview

4-Iodophenetole represents a critical aryl iodide derivative utilized extensively in the synthesis of advanced organic materials and electronic chemicals. As a specialized chemical intermediate, this compound features a robust ethoxy group positioned para to the iodine atom on the benzene ring. This specific structural configuration enhances its reactivity in various cross-coupling reactions, making it indispensable for researchers and manufacturers focused on high-performance electronic materials. Our facility produces this substance under strict quality management systems to ensure consistency across large-scale batches for industrial applications.

The compound serves as a foundational building block in the construction of complex molecular architectures required for next-generation display technologies. The presence of the iodine functionality allows for efficient palladium-catalyzed coupling, facilitating the creation of conjugated systems essential for charge transport within organic light-emitting diode structures. We prioritize the delivery of materials that meet rigorous international standards for purity and performance.

Chemical Properties and Specifications

The physical characteristics of 4-Iodophenetole are well-defined, appearing as a light yellow transparent liquid or pale yellowish brown crystals depending on ambient temperature conditions. With a molecular formula of C8H9IO and a molecular weight of approximately 248.06 g/mol, it exhibits a boiling point range of 133 to 134 degrees Celsius at reduced pressure. The high purity grade offered exceeds 99.5 percent, ensuring minimal impurity interference in downstream synthesis processes. Density and refractive index values are tightly controlled to meet enterprise standards for reliable processing.

Industrial Applications

Primarily recognized for its role in the OLED industry, this intermediate serves as a foundational building block for constructing complex organic light-emitting diode structures. The iodine functionality allows for efficient palladium-catalyzed coupling, facilitating the creation of conjugated systems essential for charge transport. Beyond OLEDs, it finds utility in fine chemical synthesis where aromatic iodides are required precursors. Manufacturers rely on this material for developing next-generation display technologies and photonic devices. It is particularly valued in the formation of hole transport layers and emissive layers where precise electronic properties are mandated.

• Essential precursor for OLED material synthesis
• Used in palladium-catalyzed cross-coupling reactions
• Supports development of advanced photonic devices
• Suitable for fine chemical and pharmaceutical intermediate research
• Compatible with various organic synthesis pathways

Quality Assurance and Handling

Every batch undergoes rigorous analytical testing including gas chromatography and melting point determination to verify compliance with specifications. We provide comprehensive Certificates of Analysis with each shipment to guarantee transparency and trust. Proper storage involves keeping the container sealed in a cool, dry environment away from oxidizing agents to maintain stability. Safety protocols recommend handling with appropriate personal protective equipment to prevent exposure to skin or eyes. Our global logistics network ensures timely delivery while maintaining product integrity during transit through specialized chemical packaging solutions.

Packaging options include 20kg fluorinated barrels, with customization available according to specific customer requirements. This flexibility allows clients to optimize their supply chain logistics while ensuring the chemical remains protected from moisture and contamination. We are committed to supporting our partners with technical documentation and regulatory compliance data to facilitate smooth import and processing workflows worldwide.