Intermediates

2-Morpholino-1-phenylethanol

  • CAS No.4432-34-2
  • GradeIndustrial / Pharmaceutical
  • Availability● In Stock

High-Purity 2-Morpholino-1-phenylethanol (CAS: 4432-34-2) is a key intermediate for CNS pharmaceuticals and chiral ligand synthesis. We offer mature large-scale production and delivery capabilities, along with custom manufacturing services.

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Product Technical Details

Product Overview & Core Commercial Positioning

2-Morpholino-1-phenylethanol (also known as alpha-morphinomethylbenzyl alcohol) is a premium beta-amino alcohol building block with significant commercial value. Its unique morpholine ring structure confers superior lipophilicity and blood-brain barrier penetration capabilities, making it indispensable in the synthesis pipelines for Central Nervous System (CNS) therapeutics and specialized beta-agonists. Furthermore, as a key precursor for high-performance transition metal chiral ligands in modern organic synthesis, this product demonstrates exceptional reaction selectivity. Based on a halogen-free synthetic route, we are committed to providing core intermediates with extremely high chromatographic purity and outstanding batch stability to innovative pharmaceutical companies and high-end reagent developers, serving as the preferred raw material meeting rigorous international QA audit standards.

Product Specifications

AssayHPLC Purity >= 99.0%
AppearanceColorless to very pale yellow transparent viscous liquid or high-purity white low-melting solid

Industry Pain Points & Our Process Advantages

In traditional supply chains for comparable commercial products, reliance on conventional batch processing often leads to side reactions due to prolonged uneven heating (such as thermal isomerization and discoloration). This results in output containing stubborn amber or dark brown tar-like impurities. This not only forces downstream pharmaceutical companies to introduce high-cost, high-loss decolorization and secondary refining procedures, but trace residues of structural analogs may also cause irreversible poisoning of expensive downstream precious metal catalysts, posing significant compliance and mass production risks.

To thoroughly resolve this pain point, we have abandoned traditional batch reactor pathways, innovatively employing continuous flow engineering and ultra-fast thermal history precision control technology. This proprietary process utilizes microsecond-level precise heat transfer. Under the system's established efficient spatiotemporal control mechanism, it thermodynamically blocks the generation pathways for chromophores and rearrangement impurities at the source. Combined with mild fluid separation technology, we are committed to achieving high purity and water-white clarity design goals. This not only saves downstream clients significant decolorization and purification costs directly but also effectively extends the lifecycle of core catalysts, significantly reducing compliance declaration risks and comprehensive production costs for pharmaceutical-grade clients with engineering-level certainty.

Source Factory & Proprietary Continuous Flow Technology Advantages

Ningbo Yino Chemicals Co., Ltd., as the source manufacturer, possesses self-developed and self-designed tubular continuous flow reactor equipment. Relying on excellent batch stability and an inherently safe production system, we ensure every batch shipment meets high-standard requirements. We are dedicated to forging long-term strategic partnerships with trading companies and end-users, providing stable supply chain support.