Product Overview

Trichloroethylene (TCE) is a highly versatile halogenated hydrocarbon solvent with significant industrial applications. This synthetic organic compound belongs to the chlorinated ethylene family and has been a critical industrial chemical since its development in the early 20th century. Its unique molecular structure, featuring three chlorine atoms attached to a double-bonded carbon backbone, provides exceptional chemical stability and remarkable solvent properties.

As an ACS Grade chemical, this trichloroethylene represents the highest standard of purity and consistency for analytical and industrial applications. The precise molecular configuration enables exceptional performance in complex industrial processes, making it a preferred solvent for numerous technical and research applications. Its volatile nature and strong dissolving capabilities make it an indispensable tool in various technical and scientific domains.

Key Properties

• Chemical Formula: C2HCl3
• Molecular Weight: 131.39 g/mol
• Boiling Point: 87°C
• Melting Point: -73°C
• Specific Gravity: 1.46
• Appearance: Colorless volatile liquid
• Solubility: Soluble in organic solvents
• Chemical Stability: Stable under recommended storage conditions
• Vapor Pressure: 58 mmHg at 25°C

Common Applications

• Metal Degreasing and Industrial Cleaning: Trichloroethylene is extensively used in industrial metal cleaning processes, providing exceptional degreasing capabilities for machinery, automotive parts, and mechanical components. Its powerful solvent properties efficiently remove oils, greases, and contaminants from metal surfaces, ensuring optimal equipment performance and maintenance.
• Electronic Component Manufacturing: In electronics manufacturing, TCE serves as a critical cleaning solvent for precision components, circuit boards, and delicate mechanical assemblies. Its low surface tension and rapid evaporation characteristics make it ideal for removing flux residues and preparing surfaces for further processing.
• Industrial Extraction Processes: Research laboratories and chemical processing facilities utilize trichloroethylene for extracting and separating complex chemical mixtures. Its selective solvent properties enable efficient extraction of specific compounds from multi-component systems with high precision and minimal degradation.
• Adhesive and Polymer Research: Chemical researchers employ TCE in polymer synthesis and adhesive development, using its unique solvent characteristics to dissolve and manipulate complex organic compounds. Its molecular interactions facilitate advanced materials research and experimental chemical formulations.
• Environmental Monitoring and Analysis: Scientific laboratories use ACS Grade TCE for calibration, solvent preparation, and analytical reference standards in environmental testing and chemical analysis procedures, ensuring high-precision measurement and characterization of complex chemical systems.

Safety Precautions

Trichloroethylene must be handled with extreme caution in controlled industrial environments. Always use in well-ventilated areas with robust exhaust systems, maintaining ambient temperatures between 15-25°C and avoiding potential ignition sources. Implement comprehensive engineering controls to minimize direct exposure and potential vapor accumulation.

Store in tightly sealed, chemically resistant containers made of materials compatible with chlorinated solvents. Maintain storage areas at consistent temperatures, away from direct sunlight, heat sources, and incompatible chemicals. Use specialized chemical storage cabinets designed for halogenated hydrocarbons with appropriate ventilation and secondary containment mechanisms.

Mandatory personal protective equipment includes chemical-resistant gloves, splash-resistant goggles, and NIOSH-approved respiratory protection with organic vapor cartridges. Establish immediate emergency washing facilities and eye stations near handling areas. In case of accidental exposure, initiate immediate decontamination procedures and seek medical evaluation.

Benefits

Trichloroethylene's ACS Grade classification ensures unparalleled purity and consistent performance across diverse industrial applications. Its precise chemical composition and rigorous quality control provide researchers and industrial professionals with a reliable, high-performance solvent that meets the most demanding technical specifications.

The exceptional solvent capabilities, combined with its stable molecular structure, make TCE a cost-effective solution for complex industrial cleaning, extraction, and analytical processes. By delivering superior performance and reliability, this chemical substrate offers significant efficiency improvements and technical advantages compared to alternative solvents.