High Purity Tridecan-1-amine CAS: 2869-34-3: Your Reliable Supplier for Rare Earth Extraction

Discover the exceptional properties of Tridecan-1-amine, a critical primary amine for advanced rare earth element extraction processes. As a leading manufacturer and supplier in China, we guarantee high purity and consistent quality. Request your free sample and quote today to optimize your extraction efficiency.

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Key Advantages of Our Tridecan-1-amine

Exceptional Purity for Critical Applications

Our Tridecan-1-amine (CAS: 2869-34-3) guarantees a minimum purity of 95%, ensuring optimal performance in sensitive processes like rare earth element extraction. Rely on us as your dedicated primary amine supplier.

Proven Efficacy in Rare Earth Extraction

Leverage the proven capabilities of Tridecan-1-amine as an effective extractant for rare earth elements. We provide the chemical solutions you need to enhance your separation processes and improve yields.

Reliable Supply Chain from a Chinese Manufacturer

As a leading tridecan-1-amine manufacturer in China, we ensure a stable and dependable supply chain, crucial for continuous industrial operations. Buy directly from us to secure your raw material needs.

Primary Applications and Industries

Rare Earth Element Extraction

Tridecan-1-amine is a key chemical used in solvent extraction processes for separating and purifying valuable rare earth elements. Rely on our tridecan-1-amine for industrial use.

Organic Synthesis Intermediate

As a versatile primary amine, Tridecan-1-amine serves as a crucial building block in various organic synthesis pathways, enabling the creation of complex molecules.

Specialty Chemical Formulations

Its unique C13 alkyl chain structure makes Tridecan-1-amine valuable in formulating specialized chemicals for diverse industrial applications. We offer competitive tridecaneamine manufacturer price.

Research and Development

R&D scientists can buy tridecan-1-amine CAS 2869-34-3 for laboratory-scale investigations and the development of novel chemical processes.