Phenyl Peri Acid (82-76-8) Manufacturer & Exporter in India MSDS (Material Safety Data Sheet) or SDS, COA and Specs
Phenyl Peri Acid (82-76-8) Manufacturer & Exporter in India
Phenyl Peri Acid (CAS 82-76-8) is an important aromatic chemical intermediate used in specialty dyes, pigments, and colorant formulations. As a trusted Phenyl Peri Acid manufacturer in India, Apurva Chemicals supplies high-quality products that support consistent performance, reliable production, and efficient industrial manufacturing.
| CAS No. | 82-76-8 |
| Formula | C16H13NO3S |
| EINECS | 201-438-7 |
| Molecular Weight | 299.34 |
| Appearance | gray to greenish wet powder |
What is Phenyl Peri Acid?
Phenyl Peri Acid is a specialized aromatic dye intermediate commonly used in the synthesis of dyes, pigments, and specialty chemical formulations. Known by CAS 82-76-8, it serves as a key raw material for manufacturers seeking consistent quality, controlled chemical properties, and reliable performance in industrial chemical production. It is widely utilized by dye manufacturers, pigment producers, and specialty chemical processors.
Why Phenyl Peri Acid Matters
Modern dye and specialty chemical manufacturers face several challenges, including maintaining product consistency, achieving high reaction efficiency, and meeting strict quality standards.
Phenyl Peri Acid helps address these challenges by providing:
Reliable chemical reactivity for synthesis processes
Consistent product quality across production batches
Improved manufacturing efficiency
Better process control during chemical reactions
Support for specialty dye development
Enhanced production reliability
For procurement teams and production managers, selecting a dependable Phenyl Peri Acid supplier contributes to reduced process variability, improved quality assurance, and efficient manufacturing operations.
Key Features and Benefits
High Purity Standards
Phenyl Peri Acid is produced to maintain consistent purity levels required for industrial applications.
Why it matters: High-purity materials help reduce unwanted side reactions.
Business benefit: Better production consistency and reduced processing losses.
Excellent Intermediate Functionality
The compound acts as an effective intermediate in complex chemical synthesis pathways.
Why it matters: Reliable intermediates improve manufacturing outcomes.
Business benefit: Enhanced process predictability and product quality.
Uniform chemical composition supports stable manufacturing operations. Why it matters: Variation can affect final product performance. Business benefit: Reduced quality control issues and improved customer satisfaction. Phenyl Peri Acid integrates effectively into established dye production systems. Why it matters: Compatibility reduces process adjustments. Business benefit: Faster production cycles and operational efficiency. Manufacturers use the compound for advanced formulations and customized products. Why it matters: Innovation requires dependable raw materials. Business benefit: Greater flexibility in product development. The material is suitable for controlled industrial environments. Why it matters: Stable processing improves manufacturing performance. Business benefit: Reduced downtime and consistent output. Phenyl Peri Acid Exporter capabilities ensure global availability. Why it matters: International manufacturers require dependable sourcing. Business benefit: Improved procurement planning and supply continuity. Quality intermediates help optimize overall manufacturing costs. Why it matters: Process efficiency affects profitability. Business benefit: Better resource utilization and production performance. Phenyl Peri Acid is primarily used in dye intermediate manufacturing and specialty chemical synthesis. Why it is used: Supports chemical transformation processes Enables production of complex dye structures Improves formulation capabilities Common use cases: Dye intermediate production Specialty colorant manufacturing Chemical synthesis operations Commercial chemical manufacturers use Phenyl Peri Acid for creating products that require reliable color performance and chemical consistency. Expected benefits: Improved product uniformity Better manufacturing control Consistent market-ready products Common use cases: Commercial dye manufacturing Pigment production Specialty formulation development Infrastructure-related coatings and industrial materials often depend on high-quality colorants derived from specialized intermediates. Expected benefits: Long-term product consistency Reliable manufacturing quality Enhanced formulation performance Common use cases: Industrial coatings Construction-related color systems Protective surface treatment products Advanced specialty chemical manufacturers use Phenyl Peri Acid in research-driven and customized chemical production. Expected benefits: Greater formulation flexibility Support for innovation Improved product differentiation Common use cases: Specialty dyes Customized pigments Research and development projects Manufacturing companies use Phenyl Peri Acid as an important raw material for dye and specialty chemical production processes. Textile dye manufacturers depend on quality intermediates to achieve desired color properties and consistent dye performance. Specialty chemical companies utilize Phenyl Peri Acid in controlled synthesis applications and advanced formulations. Pigment producers use aromatic intermediates to manufacture products with specific performance requirements. Colorant manufacturers serving packaging and printing applications benefit from dependable chemical intermediates. Laboratories and innovation-focused organizations use Phenyl Peri Acid during product development and process optimization. ...Consistent Batch-to-Batch Quality
Compatibility with Dye Manufacturing Processes
Supports Specialty Chemical Development
Reliable Industrial Processing
Suitable for Export Supply Chains
Efficient Production Economics
Applications of Phenyl Peri Acid
Industrial Applications
Commercial Applications
Infrastructure Applications
Specialized Applications
Industries Served
Manufacturing Industry
Textile Industry
Chemical Processing Industry
Pigment Industry
Printing and Packaging Industry
Research and Development
Technical Considerations
Performance Factors
