Crotonic acid
High-purity Crotonic Acid (CAS 14300-11-5) with a reactive trans-unsaturated structure, engineered for global polymer manufacturing, specialized coating resin synthesis, and advanced organic intermediate compounding.
Description
Comprehensive Product Overview of Crotonic Acid
Exceptional monomer purity and uniform batch specifications provide a strategic technical advantage for industrial plants formulating specialized performance coatings. This unsaturated derivative works by linking efficiently into vinyl acetate backbone matrices, creating a stable modifying effect without causing phase separation in the final polymer dispersion. It helps chemical engineers achieve specific carboxylic cross-linking density goals during large-scale polymerization cycles. For instance, Crotonic Acid copolymer systems serve as foundational binders in modern high-gloss architectural paints and industrial surface treatments. Consequently, integrating this premium structural monomer significantly improves the mechanical durability and moisture resistance of your final polymer product. As a result, Zyntex coordinates rigorous quality monitoring for every shipment lot, ensuring dependable batch-to-batch consistency.
Moreover, Zyntex manages robust chemical logistics pipelines required to maintain original crystalline properties during long-distance bulk distribution. This chemical intermediate plays an irreplaceable role in fine organic synthesis, serving as a reliable benchmark for studying double-bond additions and specialized esterification reactions. It opens new pathways for custom paint formulation trials by acting as an exact chemical building block for custom plasticizer and resin batches. At the same time, it remains a critical chemical standard for evaluating carboxylic acid reactions and monitoring monomer conversion rates under varying industrial temperature scales. In short, our product functions as a highly dependable unsaturated chemical source, safeguarding both structural formula longevity and technical manufacturing accuracy.
Recently, industrial attention regarding its implementation in advanced biodegradable plastics and eco-friendly packaging resins has expanded significantly. It offers a clean and predictable chemical foundation for discovering modern material alternatives that meet strict global sustainability criteria. Because of this, Zyntex offers refined chemical grades designed to satisfy the detailed processing parameters of modern manufacturing facilities worldwide. Ultimately, selecting Zyntex guarantees a reliable, fully documented, and robust raw material channel. We successfully blend industry-focused logistics with strict international quality assessments. To conclude, our operational dedication ensures that your industrial processing applications retain the highest possible molecular accuracy and chemical purity.
Key Industrial Applications for Crotonic Acid
This high-purity unsaturated carboxylic acid is essential across these four primary industrial sectors:
🎨 Coating Resins
Key modifying monomer for vinyl acetate copolymers. Thus, it improves paint binding properties and alkali resistance.
🧪 Organic Synthesis
Crucial starting material for manufacturing crotonate esters and specialized pharmaceuticals. Undoubtedly, it supports target structural pathways.
🧴 Plastics & Adhesives
Used to modify viscosity and increase adhesion performance in industrial hot-melts. Consequently, it enhances mechanical link longevity.
⚙️ Surface Treatments
Acts as a specialized processing agent in anti-corrosive industrial plating formulas. Specifically, it maintains solution balance and uniformity.
Technical Specifications
| Parameter | Standard Value |
|---|---|
| Product Name | Crotonic Acid |
| Molecular Formula | C4H6O2 |
| Assay (Purity) | ≥ 99.0% |
| CAS Number | 14300-11-5 |
📝 Safety & Handling: Crotonic Acid is corrosive and causes severe skin burns and serious eye damage. Therefore, store in tightly sealed containers in a cool, dry, well-ventilated warehouse area away from direct heat and strong oxidizing compounds. Avoid dust generation and do not breathe vapors. Wear heavy-duty industrial PPE including chemical-resistant gloves, full face shields, and protective clothing during all handling processes. Always check the official Safety Data Sheet (SDS) for transport protocols.
