Product Overview

Xylene is a critical aromatic hydrocarbon solvent derived from petroleum refining processes, representing a mixture of three isomeric compounds: ortho-, meta-, and para-xylene. This ACS Grade xylene represents a precisely controlled chemical with exceptional purity standards designed for rigorous scientific and industrial applications. The molecular structure of xylene, consisting of a benzene ring with two methyl substituents, provides unique chemical properties that make it invaluable across multiple technical domains.

As an important industrial chemical, xylene serves as a fundamental building block in numerous chemical synthesis pathways. Its versatile molecular structure enables complex interactions with organic compounds, making it a critical reagent in research laboratories and industrial processing environments. The controlled purity of ACS Grade xylene ensures consistent performance and reproducible results in demanding scientific and technical applications.

Key Properties

• Chemical Formula: C8H10
• Boiling Point: 138°C
• Melting Point: -47°C
• Specific Gravity: 0.865
• Flash Point: 25°C
• Molecular Weight: 106.16 g/mol
• Appearance: Clear, pale liquid
• Solubility: Low water, organic solvent
• Chemical Stability: Stable under standard conditions

Common Applications

• Precision scientific research involving organic synthesis, where xylene serves as an essential non-polar solvent capable of dissolving complex organic compounds and facilitating intricate chemical reactions with minimal interference.
• Advanced industrial cleaning and degreasing processes, particularly in metalworking and mechanical manufacturing, where xylene effectively removes tough hydrocarbon-based contaminants from mechanical components and industrial equipment.
• Chemical manufacturing as a critical intermediate for producing polymers, synthetic resins, and advanced organic compounds, enabling complex molecular transformations through its unique chemical reactivity.
• Analytical chemistry techniques including liquid chromatography and spectroscopic analysis, where xylene's consistent properties provide reliable solvent performance for separating and analyzing complex molecular mixtures.
• Organic synthesis and laboratory-scale chemical transformations, utilizing xylene's excellent thermal stability and non-reactive characteristics to support precise chemical reactions and experimental procedures.

Safety Precautions

Handle xylene with extreme caution in well-ventilated environments, utilizing robust personal protective equipment including chemical-resistant gloves, safety goggles, and appropriate respiratory protection. Implement strict exposure control measures to minimize potential inhalation or skin contact risks associated with this volatile organic solvent.

Store xylene in tightly sealed, chemically compatible containers made of stainless steel or specialized glass, maintaining storage temperatures between 15-25°C away from direct sunlight, ignition sources, and incompatible chemical materials. Utilize dedicated storage areas with appropriate ventilation and fire suppression capabilities.

Implement comprehensive emergency response protocols including immediate skin decontamination, eye irrigation, and medical consultation in case of accidental exposure. Maintain updated safety data sheets, provide employee training on proper handling techniques, and ensure immediate access to specialized chemical spill response equipment.

Benefits

ACS Grade xylene offers unparalleled purity and consistency, providing researchers and industrial professionals with a high-performance solvent that meets the most demanding analytical and technical specifications. Its controlled composition ensures reproducible results across complex scientific and industrial applications.

The chemical demonstrates superior performance characteristics including excellent solvent capabilities, thermal stability, and minimal reactivity, making it an indispensable tool for advanced chemical research, precision manufacturing, and sophisticated analytical techniques requiring high-reliability chemical intermediates.