Purity 98%: Ethyl Iodoacetate with 98% purity is used in peptide synthesis, where it ensures efficient blocking of amino acid functionalities.

Boiling Point 155°C: Ethyl Iodoacetate with a boiling point of 155°C is used in alkylation reactions, where controlled evaporation enhances product isolation.

Molecular Weight 200.01 g/mol: Ethyl Iodoacetate with molecular weight 200.01 g/mol is used in radiolabeling studies, where precise dosage calculation is facilitated.

Melting Point -24°C: Ethyl Iodoacetate with a melting point of -24°C is used in temperature-sensitive nucleophilic substitution, where reduced solidification risk improves process reliability.

Water Content <0.5%: Ethyl Iodoacetate with water content less than 0.5% is used in anhydrous organic synthesis, where minimization of hydrolysis supports reaction yield.

Light Stability: Ethyl Iodoacetate with enhanced light stability is used in storage of chemical reagents, where degradation is minimized for longer shelf life.

Density 1.83 g/cm³: Ethyl Iodoacetate at a density of 1.83 g/cm³ is used in phase separation protocols, where rapid stratification improves throughput.

Refractive Index 1.558: Ethyl Iodoacetate with a refractive index of 1.558 is used in optical marker synthesis, where accurate detection enhances analytical reliability.

Stability Temperature <50°C: Ethyl Iodoacetate stable below 50°C is used in pharmaceutical intermediate production, where decomposition is avoided during processing.

Low Chloride Content: Ethyl Iodoacetate with low chloride content is used in catalyst preparation, where catalyst poisoning is prevented for consistent performance.