Iodoethane (CAS 75-03-6), a staple in organic chemistry laboratories and industrial synthesis, demands careful attention to its specifications and handling procedures to ensure both product integrity and user safety. As a colorless liquid known for its ethylating capabilities, understanding its precise characteristics is vital for any professional working with this compound. This guide focuses on the key attributes and best practices for this essential chemical reagent.

The purity of Iodoethane is a primary specification, with suppliers typically offering grades at u226599%. This high purity is critical for its effectiveness in organic synthesis, where impurities can lead to side reactions or reduced yields. Other important physical properties include its boiling point (around 69-73 °C) and a low melting point (approximately -108 °C), indicative of its liquid state under standard laboratory conditions. Its density is typically around 1.95 g/mL, and its refractive index is often cited around 1.513. When seeking to buy Iodoethane, these specifications should be readily available from the supplier, often detailed in a Certificate of Analysis (COA).

Safe handling and storage are paramount due to Iodoethane's chemical nature. As an alkyl halide, it can be reactive and may pose flammability risks. Storage recommendations usually include keeping it in a well-ventilated, dry area, away from incompatible materials such as strong alkalis and oxidizing agents. Proper personal protective equipment (PPE), including gloves, eye protection, and appropriate respiratory protection when ventilation is inadequate, is essential for anyone handling this chemical. For bulk purchases from an Iodoethane manufacturer, understanding these safety protocols is part of the overall quality assurance.

Procurement professionals looking to purchase Iodoethane should prioritize suppliers who clearly communicate these technical and safety details. A trustworthy chemical reagent supplier will provide comprehensive documentation and support, ensuring that you have all the necessary information to use Iodoethane safely and effectively in your applications, whether for research or large-scale production. Ensuring you obtain genuine, high-quality Iodoethane from a reputable source is key to successful chemical synthesis.