Sodium Cumenesulfonate (also known as Sodium Cumene Sulfonate or Sodium Isopropylene Sulfonate) is a high-performance hydrotrope and emulsifying additive widely utilized across the pharmaceutical and chemical manufacturing industries. Engineered for superior stability, this colorless to pale yellow liquid serves as a critical monomer for polymer conversion and a versatile emulsifier in various specialized industrial applications.
Designed to enhance the mechanical stability and pH adaptability of chemical formulations, it is particularly effective in the lotion polymerization of styrene and butadiene. With its unique ability to resist metal salts and maintain efficiency under diverse environmental conditions, Sodium Cumenesulfonate ensures consistent quality and performance in the production of advanced pharmaceutical intermediates and chemical polymers.
Detailed Parameters
| Chemical Name | Sodium Cumenesulfonate | English Name | Sodium Cumenesulfonate |
|---|---|---|---|
| CAS Number | 28348-53-0 | EINECS Number | 248-983-7 |
| Chemical Formula | C9H11NaO3S | Molecular Weight | 222.23 |
| Appearance | Colorless to pale yellow liquid | Boiling Point | 101 º C |
| Purity Specs | Commonly 40%, 93% | Packaging | 25kg/225kg/1000kg drum |
Key Advantages
Metal Salt Resistance
Exceptional stability against metal salt interference, ensuring high-purity outcomes in complex chemical reactions.
Thermal Reversibility
Low-temperature precipitates can be easily re-dissolved by heating to 50-60 °C, maintaining operational efficiency.
pH Adaptability
Works effectively across a wide pH range, providing flexibility for various pharmaceutical and industrial syntheses.
Polymer Stability
Optimizes mechanical stability during the polymerization of styrene and butadiene for durable end-products.
Versatile Application
Dual-purpose utility as both a polymer conversion monomer and an advanced emulsification additive.
Flexible Purity
Available in 40% and 93% purity grades to meet specific industrial requirements and cost-efficiency goals.
Product Gallery
Management Platforms
Quality Control
Strict adherence to pharmaceutical-grade purity standards with comprehensive batch testing.
Supply Chain
Optimized logistics for bulk drums, ensuring timely delivery of critical chemical raw materials.
Technical Support
Expert guidance on monomer conversion and emulsification processes for industrial users.
Safety Compliance
Full documentation including MSDS and COA for safe handling and regulatory compliance.
Packaging Variety
Customizable packaging from 25kg to 1000kg drums to suit different production scales.
Process Optimization
Continuous R&D to improve the purity and stability of pharmaceutical intermediates.
Investment Return Comparison
| Evaluation Metric | Standard Grade | Premium Grade (93%) |
|---|---|---|
| Reaction Stability | Moderate | High Performance |
| Processing Speed | Standard | Accelerated |
| Waste Reduction | Typical | Significant Reduction |
| Product Purity | Baseline | Ultra-Pure |
| Overall ROI | Stable | Optimized High-Yield |
Frequently Asked Questions
It is primarily used as a polymer conversion monomer and an emulsification additive, particularly suitable for the lotion polymerization of styrene and butadiene.
At low temperatures, white plate-like crystals may precipitate. These can be completely re-dissolved by heating the product to 50-60 °C.
Yes, one of the key technical advantages of Sodium Cumenesulfonate is its excellent metal salt resistance and pH adaptability.
We commonly offer purity specifications of 40% and 93% to cater to different industrial and pharmaceutical requirements.
To accommodate various production scales, we provide packaging in 25kg, 225kg, and 1000kg drums.
Given its role as a high-quality pharmaceutical intermediate and emulsifier, it is widely applicable in the synthesis of both human and veterinary medicinal products.
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