2,4-Dibromomesitylene

Product Overview

2,4-Dibromomesitylene is a specialized brominated aromatic compound widely recognized for its exceptional utility in advanced organic synthesis and chemical manufacturing. As a strategic derivative of mesitylene, this chemical features two bromine substituents positioned to enhance reactivity in various cross-coupling reactions. Our manufacturing process ensures consistently high purity levels, making it an ideal building block for constructing complex molecular architectures in research and industrial settings.

Produced under rigorous quality control standards, this intermediate serves critical roles in the development of pharmaceuticals, agrochemicals, and functional materials. The precise positioning of bromine atoms allows for selective functionalization, providing chemists with versatile options for downstream synthesis. We prioritize supply chain stability to support continuous production schedules for our global partners.

Key Physical Properties

Understanding the physical characteristics of 2,4-Dibromomesitylene is essential for safe handling and effective integration into reaction protocols. The compound typically presents as an off-white crystalline powder, indicating high structural integrity and minimal impurity content. Its thermal stability and specific melting point range facilitate various processing conditions without significant degradation during standard operations.

The molecular weight and density values are critical for accurate stoichiometric calculations in large-scale production environments. Furthermore, the low vapor pressure at room temperature minimizes inhalation risks during standard laboratory operations, aligning with modern safety protocols and occupational health standards. The flash point data indicates necessary precautions for storage in warm environments.

Technical Specifications

Industrial Applications

This chemical intermediate is predominantly utilized in the synthesis of fine chemicals and active pharmaceutical ingredients. The bromine groups serve as excellent leaving groups for palladium-catalyzed coupling reactions, such as Suzuki or Heck couplings. This versatility makes it a preferred choice for research and development teams aiming to construct biaryl structures with high precision.

• Pharmaceutical Intermediate Synthesis
• Agrochemical Product Development
• Organic Light-Emitting Diode (OLED) Materials
• Polymer Modification and Functionalization
• Fine Chemical Manufacturing

Quality Assurance and Packaging

We prioritize product consistency and safety above all else. Each batch undergoes rigorous testing using advanced analytical methods to confirm assay purity and physical properties before release. Certificate of Analysis (COA) documents are provided with every shipment to ensure full compliance with your internal quality standards and regulatory requirements.

Packaging is designed to maintain chemical stability during international transit, typically available in 25 kg drums or customized according to specific client requirements. For optimal storage, keep the container tightly closed in a cool, ventilated area away from direct sunlight and incompatible materials. Our global logistics network ensures timely delivery while maintaining the integrity of the chemical product throughout the supply chain.