6- CHLORO 2- HEXANONE

Product Description

6Chloro2hexanone is an organic compound belonging to the class of haloketones characterized by the presence of a ketone and a chloro substituent Heres a detailed overview

 Chemical Information

•  Chemical Name 6Chloro2hexanone  
•  Chemical Formula C6H11ClO  
•  Molecular Weight 13461 gmol  

 Structure  

•    Ketone Group CO Positioned at the 2nd carbon of the hexane chain  
•    Chloro Group Cl Attached to the terminal carbon at the 6th position

 Physical Properties

•  Appearance A colorless to pale yellow liquid  
•  Boiling Point Approximately 180200C subject to experimental determination  
•  Density Slightly higher than water due to the chloro substituent  

•    Slightly soluble in water  
•    Miscible with many organic solvents such as ethanol diethyl ether and acetone  

 Applications

Chemical Synthesis  

•     Used as an intermediate in organic synthesis especially for creating derivatives with potential applications in pharmaceuticals and agrochemicals  
•     The ketone and chloro groups provide versatility in nucleophilic substitution and condensation reactions

Research and Development  

•     Commonly used in laboratories for studying reactivity and mechanisms of haloketones

Specialty Chemicals  

•     May serve as a precursor for the preparation of polymers resins or other industrial compounds

 Reactivity

 Ketone Group CO  

•    Highly reactive in nucleophilic addition reactions  
•    Can form enolates under basic conditions making it suitable for aldol condensations or Michael additions  

 Chloro Group Cl  

•    Reacts with nucleophiles in substitution reactions allowing functional group transformations  
•    Susceptible to elimination reactions under basic conditions potentially forming alkenes

 Safety and Handling

 Hazards  

•    Can be irritating to the skin eyes and respiratory tract  
•    Vapors may be harmful if inhaled  

 Handling  

•    Use appropriate personal protective equipment PPE including gloves goggles and lab coats  
•    Work in a wellventilated area or under a fume hood  

 Storage  

•    Store in a tightly sealed container in a cool dry and ventilated area  
•    Keep away from heat light and incompatible substances like strong oxidizing or reducing agents

 Chemical Stability

•  Thermal Stability Stable under normal laboratory conditions but may degrade under prolonged exposure to heat  
•  Incompatibilities Avoid strong acids bases and oxidizing agents which may induce decomposition or unwanted side reactions  

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