3,3'Dinitro Diphenyl Sulphone | 1228-53-1 MSDS (Material Safety Data Sheet) or SDS, COA and Specs
3,3'Dinitro Diphenyl Sulphone | 1228-53-1
3,3'-Dinitro Diphenyl Sulphone (CAS 1228-53-1) is a key sulfone intermediate used in specialty chemicals, advanced polymers, dyes, pigments, and industrial formulations. As a trusted 3,3'-Dinitro Diphenyl Sulphone manufacturer in India, Apurva Chemicals supplies high-quality material for consistent performance, reliable production, and industrial efficiency.
| CAS No. | 1228-53-1 |
| Formula | C12H8N2O6S |
| Molecular Weight | 308 |
| Appearance | Off white to white coloured fluppy powder |
| Packing | In 25 kgs net each HDPE bag with polylined inside |
What is 3,3'-Dinitro Diphenyl Sulphone?
3,3'-Dinitro Diphenyl Sulphone is a specialty chemical intermediate identified by CAS 1228-53-1. It is commonly used in the synthesis of advanced polymers, specialty chemicals, dyes, pigments, and industrial formulations. Due to its stable aromatic sulfone structure, it serves as a critical building block in chemical manufacturing processes that require consistent quality and reliable performance.
Modern chemical manufacturing depends on high-quality intermediates that support efficient production and product consistency. Manufacturers frequently encounter: Variability in raw material quality. Complex synthesis requirements. Production inefficiencies. Quality control challenges. Increasing demand for advanced materials. 3,3'-Dinitro Diphenyl Sulphone helps manufacturers achieve consistent reaction performance and reliable synthesis outcomes. Improved manufacturing consistency. Better product quality. Reduced process variability. Enhanced production efficiency. Stronger quality assurance performance. Supports large-scale manufacturing. Enables advanced product development. Improves process control. Facilitates reliable industrial production. Manufactured under controlled conditions to ensure consistent product quality. Why It Matters: Purity directly influences synthesis performance and final product quality. Business Benefit: Reduced production variability and improved operational reliability. The aromatic sulfone structure offers stability during manufacturing and handling. Why It Matters: Stable intermediates support predictable production outcomes. Business Benefit: Improved process efficiency and reduced quality concerns. The product serves as a valuable building block for advanced chemical synthesis. Why It Matters: Reliable intermediates are critical for complex formulations. Business Benefit: Consistent product development and manufacturing performance. Used in chemical pathways associated with performance-oriented materials. Why It Matters: Modern industries require high-performance material solutions. Business Benefit: Expanded product innovation opportunities. Quality-focused production helps maintain uniform characteristics across manufacturing lots. Why It Matters: Consistency is essential for industrial-scale operations. Business Benefit: Improved process control and customer confidence. Suitable for various chemical manufacturing applications. Why It Matters: Versatility increases operational flexibility. Business Benefit: Greater application potential and manufacturing adaptability. Consistent intermediates help optimize resource utilization and reduce process inefficiencies. Why It Matters: Sustainability has become a priority across industrial sectors. Business Benefit: Improved operational efficiency and responsible manufacturing practices. Widely recognized within specialty chemical markets worldwide. Why It Matters: Reliable sourcing supports uninterrupted production schedules. Business Benefit: Better inventory planning and procurement management. 3,3'-Dinitro Diphenyl Sulphone is extensively used as an intermediate in specialty chemical synthesis. Why It Is Used: Its chemical structure supports the development of advanced industrial compounds. Expected Benefits: Consistent synthesis performance. Improved product quality. Reliable manufacturing outcomes. Common Use Cases: Specialty intermediates. Industrial chemical formulations. Performance-oriented compounds. The product is used in specific synthesis pathways associated with high-performance polymer systems. Expected Benefits: Improved formulation control. Reliable production consistency. Enhanced manufacturing efficiency. Manufacturers use this intermediate in the development of specialty dyes and pigment-related compounds. Expected Benefits: Consistent product quality. Reliable synthesis performance. Improved production outcomes. The compound supports commercial chemical formulations requiring aromatic sulfone intermediates. Expected Benefits: Greater formulation flexibility. Stable manufacturing performance. Improved product reliability. Certain advanced materials and specialty compounds utilize intermediates such as 3,3'-Dinitro Diphenyl Sulphone during production. Expected Benefits: Improved manufacturing consistency. Reliable quality standards. Enhanced process control. Chemical research laboratories utilize the product for synthesis studies and formulation development. Expected Benefits: Accurate testing. Improved innovation capabilities. Better process optimization. Used in specialized chemical pathways designed for advanced industrial materials. Expected Benefits: Controlled reaction performance. Reliable product development. Enhanced technical capabilities. Widely used in specialty chemical production and industrial synthesis operations. Supports the development of advanced formulations and performance-oriented compounds. Contributes to selected synthesis pathways involving high-performance polymer materials. Supports the production of specialized colorant-related compounds. Utilized in laboratories conducting chemical innovation and formulation studies. Serves as a valuable intermediate in p...Why This Product Matters
Industry Challenges
Problems Solved
Business Benefits
Operational Advantages
Key Features and Benefits
High Chemical Purity
Excellent Molecular Stability
Essential Specialty Chemical Intermediate
Supports Advanced Polymer Production
Reliable Batch-to-Batch Consistency
Broad Industrial Compatibility
Supports Sustainable Manufacturing
Global Supply Chain Relevance
Applications of 3,3'-Dinitro Diphenyl Sulphone
Industrial Applications
Specialty Chemical Manufacturing
Advanced Polymer Synthesis
Commercial Applications
Dye and Pigment Manufacturing
Industrial Formulations
Infrastructure Applications
Industrial Material Development
Specialized Applications
Research and Development
Performance Material Development
Industries Served
Chemical Manufacturing
Specialty Chemicals
Polymer Industry
Dye and Pigment Industry
Research and Development
Advanced Materials Industry
