Laurent's Acid | 84-89-9 MSDS (Material Safety Data Sheet) or SDS, COA and Specs
Laurent's Acid | 84-89-9
Laurent’s Acid (CAS 84-89-9) is a key dye intermediate used in azo dyes, direct dyes, reactive dyes, pigments, and specialty chemical formulations. As a trusted Laurent’s Acid manufacturer in India, Apurva Chemicals supplies high-quality products that support consistent color performance, reliable production, and efficient industrial manufacturing.
| CAS No. | 84-89-9 |
| Formula | C10H9NO3S |
| EINECS | 201-571-0 |
| Molecular Weight | 223.25 |
| Appearance | White or pale pink needle-like crystal |
| Density | 1.502 g/cm3 |
What is Laurent's Acid?
Laurent's Acid is a specialty dye intermediate identified by CAS 84-89-9. It is commonly used in the manufacture of azo dyes, reactive dyes, direct dyes, pigments, and specialty chemical formulations. Due to its chemical structure and reactivity, Laurent's Acid plays a vital role in dye synthesis processes that require reliable performance, consistent quality, and efficient production outcomes.
Why This Product Matters
The dye and chemical industries depend on high-quality intermediates to maintain production efficiency and product consistency.
Industry Challenges
Manufacturers often encounter:
Variability in dye performance.
Inconsistent raw material quality.
Complex synthesis requirements.
Production inefficiencies.
Increasing customer expectations for quality and consistency.
Problems Solved
Laurent's Acid helps manufacturers achieve reliable synthesis reactions and consistent dye production outcomes.
Business Benefits
Improved product quality.
Better manufacturing consistency.
Reduced production variability.
Enhanced process efficiency.
Stronger quality assurance performance.
Operational Advantages
Supports large-scale manufacturing.
Enables advanced dye development.
Improves formulation reliability.
Enhances process control capabilities.
Key Features and Benefits
High Purity Standards
Laurent's Acid is manufactured under controlled quality systems to ensure consistent product specifications.
Why It Matters: Purity significantly influences dye synthesis and final product quality.
Business Benefit: Reduced process deviations and improved manufacturing reliability.
Essential Dye Intermediate
The product serves as a key building block in dye manufacturing.
Why It Matters: Reliable intermediates contribute directly to color consistency and production efficiency.
Business Benefit: Improved product performance and customer satisfaction.
Its molecular structure supports participation in multiple synthesis pathways. Why It Matters: Efficient chemical reactions improve production outcomes. Business Benefit: Better operational efficiency and optimized manufacturing processes. Quality-focused manufacturing practices help maintain uniformity across production lots. Why It Matters: Consistency is critical for industrial-scale production. Business Benefit: Reliable product quality and enhanced process control. Laurent's Acid enables the creation of specialized dye formulations. Why It Matters: Product innovation is essential in competitive dye markets. Business Benefit: Expanded development opportunities and improved market competitiveness. The product can be utilized across multiple chemical and colorant applications. Why It Matters: Versatility improves manufacturing flexibility. Business Benefit: Greater operational adaptability and wider application potential. Reliable intermediates help reduce waste and improve process efficiency. Why It Matters: Sustainability is increasingly important across industrial sectors. Business Benefit: Improved resource utilization and responsible production practices. Laurent's Acid is recognized across domestic and international chemical markets. Why It Matters: Consistent supply supports uninterrupted production schedules. Business Benefit: Better inventory planning and procurement management. Laurent's Acid is widely used as an intermediate in azo dye synthesis. Why It Is Used: Its chemical structure supports the production of complex dye molecules. Expected Benefits: Consistent color quality. Reliable manufacturing performance. Improved production efficiency. Common Use Cases: Textile dyes. Industrial dyes. Specialty colorants. Manufacturers use Laurent's Acid in selected reactive dye formulations. Expected Benefits: Better formulation consistency. Improved process control. Reliable synthesis performance. The product contributes to pigment-related synthesis pathways and specialty colorant development. Expected Benefits: Consistent product quality. Enhanced formulation performance. Improved manufacturing efficiency. Certain specialty ink systems utilize intermediates derived from Laurent's Acid. Expected Benefits: Reliable color development. Consistent manufacturing standards. Better formulation flexibility. Industrial manufacturing facilities use Laurent's Acid in continuous production environments. Expected Benefits: Stable manufacturing performance. Improved process consistency. Reliable production outcomes. Research laboratories use Laurent's Acid for chemical synthesis studies and formulation development. Expected Benefits: Accurate testing results. Enhanced innovation capabilities. Better process optimization. The product supports advanced formulations requiring aromatic amine intermediates. Expected Benefits: Controlled reaction performance. Reliable product development. Consistent manufacturing quality. One of the primary sectors utilizing Laurent's Acid for direct, reactive, and azo dye production. Supports dye systems used for textile coloration and processing applications. Used in the development of specialty pigments and colorant formulations. Supports selected ink manufacturing applications requiring specialized intermediates....Excellent Chemical Reactivity
Consistent Batch-to-Batch Performance
Supports Advanced Dye Development
Broad Industrial Compatibility
Sustainable Manufacturing Support
Reliable Supply Chain Integration
Applications of Laurent's Acid
Industrial Applications
Azo Dye Manufacturing
Reactive Dye Production
Commercial Applications
Pigment Manufacturing
Printing Ink Formulations
Infrastructure Applications
Large-Scale Chemical Production
Specialized Applications
Research and Development
Specialty Chemical Manufacturing
Industries Served
Dye Manufacturing Industry
Textile Industry
Pigment Industry
Printing Ink Industry
