1-Bromodecane (n-Decyl Bromide, CAS 112-29-8) is a high-purity alkyl bromide compound engineered for demanding industrial and research applications. This clear, colorless liquid fe...

1-Bromodecane (n-Decyl Bromide, CAS 112-29-8) is a high-purity alkyl bromide compound engineered for demanding industrial and research applications. This clear, colorless liquid features a linear carbon chain with a terminal bromine atom, making it an exceptional intermediate for nucleophilic substitution reactions. With molecular formula C10H21Br and molecular weight 221.18 g/mol, it delivers reliable reactivity for precise carbon chain extension in synthetic chemistry. The compound demonstrates optimal characteristics for alkylation processes, including excellent solubility in organic solvents and predictable reaction kinetics. Manufacturers and researchers consistently choose this chemical for its unwavering quality, precise specifications, and adaptability for both small-scale laboratory experiments and large-scale industrial production requirements.

This chemical intermediate finds extensive application across multiple industrial sectors, with pharmaceutical manufacturers utilizing it as a fundamental building block for active pharmaceutical ingredients and advanced drug candidates. The agrochemical industry employs 1-Bromodecane in synthesizing sophisticated pesticides, herbicides, and plant growth regulators that demand specific alkyl chain lengths for maximum efficacy. Specialty chemical producers incorporate it into advanced surfactant systems, quaternary ammonium compounds, and high-performance phase transfer catalysts. Research institutions and universities leverage this compound for organic synthesis studies, material science research, and developing innovative chemical entities. The lubricant industry values it as a premium additive precursor, while advanced materials manufacturers use it in creating specialized chemical products.

Businesses select 1-Bromodecane for its outstanding reliability and consistent performance in critical manufacturing operations. The product delivers significant value through its high purity levels, which guarantee predictable reaction outcomes and minimize byproduct formation. Manufacturers benefit from exceptional batch-to-batch consistency that maintains stringent production quality standards and reduces process variations. The compound's stability under proper storage conditions extends shelf life and decreases material waste, while its well-characterized properties enable precise formulation control. Companies appreciate the comprehensive technical support available and the product's proven track record in chemical synthesis operations, making it a trusted partner for demanding industrial applications.

Key Features:
- High purity grade ensures consistent and predictable reaction performance
- Linear carbon chain structure with terminal bromine for controlled reactivity
- Excellent solubility in common organic solvents for straightforward processing
- Precisely controlled molecular weight and chemical composition
- Stable chemical properties when stored under recommended conditions

Benefits:
- Consistent quality reduces production variations and ensures reliable outcomes
- Predictable reactivity minimizes process adjustments and optimization time
- Easy processing saves time and reduces manufacturing complexity
- Precise composition enables accurate formulation and product development
- Extended shelf life reduces material waste and storage costs