3-Hydroxyhexanal CAS 96013-98-8

Physicochemical properties

Application Areas

biochemical research
As a model compound, investigate the behavior of hydroxyl and aldehyde groups in enzyme catalyzed reactions (such as the mechanism of action of oxidoreductases).
Used for metabolic pathway research, simulating the conversion process of aldehydes in organisms.
material science
As a monomer or modifier, participate in polymer synthesis (such as producing polyester or polyamide through condensation reaction).
It is used to prepare materials with specific functions (such as biodegradable materials or hydrogels).
perfumes and essences
Aldehydes often have special aroma. 3-Hydroxyhexanal may be used to synthesize perfume or as an intermediate for essence preparation

Storage conditions

Sealed storage: Use glass bottles or polyethylene containers to ensure that the bottle mouth is sealed to prevent evaporation or moisture absorption.
Avoid light conditions: Store in brown bottles or light cabinets to prevent light from causing aldehyde oxidation.
Low temperature environment: It is recommended to store at 2-8 ° C (short-term) or -20 ° C (long-term) to slow down the decomposition rate.
Inert gas protection: If long-term storage is required, nitrogen or argon can be filled to eliminate oxygen to prevent oxidation.
Classified storage: Keep away from strong oxidants (such as potassium permanganate), strong acids (such as sulfuric acid), and strong bases (such as sodium hydroxide) to avoid dangerous reactions.

Safety precautions

Ventilation conditions: The operating environment should maintain forced ventilation to avoid vapor accumulation in enclosed spaces (refer to the ventilation requirements for aldehydes such as n-hexane)
Personal protection: Wear chemical resistant gloves, goggles, and dust masks when in contact to prevent skin/eye contact or inhalation. If there is a risk of volatilization, it is recommended to use a gas mask (such as an activated carbon filter box)