PAAB 3,4 Disulphonic Acid | 101-50-8 MSDS (Material Safety Data Sheet) or SDS, COA and Specs
PAAB 3,4 Disulphonic Acid | 101-50-8
PAAB 3,4 Disulphonic Acid (CAS 101-50-8) is a key chemical intermediate used in dyes, pigments, specialty chemicals, and advanced colorant formulations. Apurva Chemicals supplies high-quality PAAB 3,4 Disulphonic Acid that supports consistent production, reliable formulation performance, and efficient industrial manufacturing.
| CAS No. | 101-50-8 |
| Formula | C12H11N3O6S2 |
| EINECS | 202-947-7 |
| Molecular Weight | 357.38 |
| Appearance | white powder |
| Density | 1.7 g/cm3 |
What is PAAB 3,4 Disulphonic Acid?
PAAB 3,4 Disulphonic Acid is a specialty aromatic sulfonic acid intermediate identified by CAS 101-50-8. It is commonly used in dye manufacturing, pigment production, and specialty chemical synthesis. Due to its chemical structure and functional groups, it serves as a valuable raw material for producing advanced colorants and industrial chemical formulations requiring reliable performance and consistent quality.
Why This Product Matters
Industry Challenges
Manufacturers in the dye and specialty chemical sectors often face challenges such as:
Maintaining consistent product quality.
Managing complex synthesis processes.
Achieving high reaction efficiency.
Meeting customer performance requirements.
Ensuring supply chain reliability.
Problems Solved
PAAB 3,4 Disulphonic Acid supports stable manufacturing operations by providing a dependable intermediate for chemical synthesis and dye production.
Business Benefits
Improved production consistency.
Better process control.
Enhanced product quality.
Reduced manufacturing variability.
Greater operational efficiency.
Operational Advantages
Supports large-scale industrial production.
Enables advanced formulation development.
Improves manufacturing reliability.
Facilitates efficient synthesis pathways.
PAAB 3,4 Disulphonic Acid is produced under controlled manufacturing processes to maintain consistent specifications. Why It Matters: Purity directly influences reaction outcomes and final product quality. Business Benefit: Improved manufacturing efficiency and reduced quality deviations. The product serves as a valuable raw material for various dye synthesis applications. Why It Matters: Reliable intermediates contribute to consistent color development. Business Benefit: Better product performance and production reliability. Its molecular structure supports participation in complex industrial synthesis processes. Why It Matters: Efficient reactions help optimize manufacturing workflows. Business Benefit: Increased productivity and process efficiency. Stringent quality controls ensure reliable batch-to-batch performance. Why It Matters: Consistency is critical for industrial-scale production. Business Benefit: Reduced production interruptions and enhanced customer confidence. Suitable for use across multiple dye, pigment, and specialty chemical applications. Why It Matters: Versatility improves operational flexibility. Business Benefit: Wider application opportunities and streamlined procurement. Reliable intermediates help manufacturers optimize resources and reduce process inefficiencies. Why It Matters: Sustainability continues to be a key industry priority. Business Benefit: Improved operational performance and responsible manufacturing practices. Widely utilized in domestic and international chemical markets. Why It Matters: Reliable sourcing supports uninterrupted production schedules. Business Benefit: Better inventory management and procurement planning. Helps manufacturers develop specialty products and innovative chemical formulations. Why It Matters: Product innovation drives long-term competitiveness. Business Benefit: Enhanced market opportunities and product differentiation. PAAB 3,4 Disulphonic Acid is extensively used as an intermediate in dye synthesis processes. Why It Is Used: Its chemical structure supports the formation of complex dye molecules. Expected Benefits: Consistent color development. Reliable manufacturing performance. Improved process efficiency. Common Use Cases: Reactive dyes. Direct dyes. Specialty dye formulations. The product is used in selected pigment manufacturing processes where consistent chemical performance is required. Expected Benefits: Reliable formulation outcomes. Improved product quality. Stable production processes. Chemical formulators utilize PAAB 3,4 DSA in the development of advanced specialty products. Expected Benefits: Better synthesis control. Enhanced formulation flexibility. Improved production consistency. Used in creating specialty colorants for industrial applications. Expected Benefits: Consistent performance. Reliable color properties. Enhanced product quality. Industrial facilities use PAAB 3,4 Disulphonic Acid as part of continuous manufacturing operations. Expected Benefits: Stable production. Reliable output quality. Improved operational efficiency. Research laboratories use the product for chemical synthesis studies and formulation development. Expected Benefits: Accurate testing results. Process optimization opportunities. Innovation support. The compound serves as a building block in specialized industrial chemical processes. Expected Benefits: Controlled reaction performance. Improved formulation precision. Enhanced product development. Supports the production of reactive, direct, and specialty dyes used globally. Contributes to pigment synthesis and colorant manufacturing processes. Supports intermediates used in textile coloration and finishing operations. Used in advanced formulations requiring aromatic sulfonic acid derivatives. Supports laboratory-scale and pilot-scale in...Key Features and Benefits
High Purity Manufacturing
Essential Dye Intermediate
Excellent Chemical Reactivity
Consistent Batch Quality
Broad Industrial Compatibility
Supports Sustainable Manufacturing
Supply Chain Reliability
Advanced Formulation Support
Applications of PAAB 3,4 Disulphonic Acid
Industrial Applications
Dye Manufacturing
Pigment Production
Commercial Applications
Specialty Chemical Manufacturing
Colorant Development
Infrastructure Applications
Large-Scale Chemical Processing
Specialized Applications
Research and Development
Advanced Chemical Synthesis
Industries Served
Dye Manufacturing Industry
Pigment Industry
Textile Chemical Industry
Specialty Chemical Industry
Research and Development Sector
