CAS 253195-26-5 is a high-performance chemical additive specifically engineered for the polymer industry. As a specialized auxiliary stabilizer, it plays a critical role in enhancing the thermal stability and longevity of PVC transparent products, ensuring that the material retains its clarity and structural integrity during high-temperature processing and long-term use.
Beyond its primary application in PVC stabilization, this compound serves as a versatile building block in various chemical synthesis processes. By integrating this precise molecular structure into your production line, manufacturers can achieve superior product consistency, reduced degradation, and an optimized balance between transparency and durability.
| CAS Number | 253195-26-5 | CB Number | CB810386222 |
|---|---|---|---|
| Molecular Formula | C20H32N6O4 | Molecular Weight | 420.51 g/mol |
| Primary Function | Auxiliary PVC Stabilizer | Application Field | Transparent PVC Products |
| Chemical Nature | Specialty Chemical Intermediate | Compatibility | High Polymer Integration |
| Usage Role | Chemical Synthesis Auxiliary | Product Grade | Industrial Grade |
Provides superior thermal protection, preventing PVC degradation during critical processing phases.
Significantly slows down the aging process of transparent plastics, extending the product service life.
Specifically designed for transparent products to maintain high light transmission without yellowing.
Optimizes the synthesis process, reducing waste and increasing the overall yield of chemical reactions.
Rigorous molecular weight control (420.51) ensures consistent performance across every batch.
Functions effectively as both a direct stabilizer and a key intermediate for further synthesis.
End-to-end tracking of raw materials to ensure the purity of the final stabilizer.
Strict adherence to molecular formula standards and weight specifications.
Real-time monitoring of synthesis parameters to prevent deviations in efficacy.
Ensuring all specialized chemical products meet global safety and industry regulations.
Optimized storage conditions to maintain the chemical activity of the stabilizer.
Continuous optimization of auxiliary functions for next-generation PVC applications.
| Performance Metric | Standard Stabilizers | CAS 253195-26-5 | Improvement |
|---|---|---|---|
| Thermal Stability | Moderate | Exceptional | +40% |
| Transparency Retention | Average | High Clarity | Significant |
| Processing Speed | Standard | Accelerated | +15% |
| Product Degradation | Higher Rate | Ultra-Low | -30% |
| Cost-to-Life Ratio | Standard | Optimized | Higher ROI |
It is primarily used as an auxiliary stabilizer for transparent PVC products and serves as a critical intermediate in various organic chemical synthesis processes.
It prevents the polymer from degrading during high-temperature processing, which prevents yellowing and maintains the high optical clarity of the final product.
Yes, it is often used as a synergistic component in eco-friendly calcium-zinc stabilizer systems to enhance their overall efficiency.
It should be stored in a cool, dry, and well-ventilated area, away from incompatible substances and strong oxidizing agents to maintain purity.
While primarily for PVC, its role as a chemical intermediate allows it to be adapted for various synthesis paths, including those used in high-end textile auxiliaries.
Each shipment is accompanied by a Certificate of Analysis (COA) verifying the molecular weight of 420.51 and the molecular formula C20H32N6O4.
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