L-valinol

L-valinol (CAS 2026-48-4) is a high-purity L-configurated chiral amino alcohol fine chemical intermediate with stable stereochemical structure. This white to pale yellow crystalline solid features active primary amino and hydroxyl functional groups, with excellent solubility in water and common organic solvents. It maintains stable physical and chemical properties under room temperature sealed and dry storage conditions, and possesses high stereoselective reaction activity. As a classic short-chain chiral building block, L-valinol (CAS 2026-48-4) is widely applied in asymmetric catalytic synthesis, chiral ligand preparation and pharmaceutical intermediate derivatization.

1. Chiral Ligand and Catalyst Preparation: L-valinol (CAS 2026-48-4) serves as a core raw material for synthesizing high-efficiency chiral ligands and asymmetric catalysts. Its stable L-chiral configuration and dual active functional groups can coordinate with metal ions to form efficient chiral catalytic systems, effectively improving the stereoselectivity and yield of organic asymmetric reactions. 2. Pharmaceutical Chiral Intermediate Synthesis: L-valinol (CAS 2026-48-4) is an important synthetic precursor for chiral drug intermediates. It can undergo condensation, cyclization and structural modification reactions to construct high-activity drug molecular skeletons, widely used in the research and production of anti-inflammatory, antiviral and central nervous system pharmaceutical intermediates. 3. Fine Organic Chiral Derivatization: L-valinol (CAS 2026-48-4) contains reactive amino and hydroxyl sites, supporting diversified organic derivatization reactions such as esterification, amidation and substitution. It is used for customized synthesis of high-value chiral fine chemicals and biochemical functional derivatives. 4. Laboratory Chiral Chemistry Research:L-valinol (CAS 2026-48-4) acts as a standard L-type chiral amino alcohol reagent. It is widely used in laboratory chiral synthesis mechanism exploration, stereoselective reaction optimization and new chiral compound development, providing stable and high-purity raw material support for chiral chemical research.

≥98%

C5H13NO

103.16

2 years under proper storage

White to pale yellow crystalline solid

Synthetic Grade, Chiral Intermediate Grade, Pharmaceutical Intermediate Grade, Laboratory Grade

0.926 g/mL at 25°C

30-32°C