Abstract:
Halogenated compounds from hydrocarbons are prepared at temperatures of from 400* to 800*C and under pressures of from 50 to 700 kp/cm2. The required reactor contains several independently heated reactor units mounted in adjacent or superjacent position between which sealing elements are placed. The reactor units are provided with a nickel lining flanged at the ends, and the sealing elements consist of a nickel core with orifice and two circumferential flanged rings. The reactor units are compressed by spring-mounted expansion bolts.
Abstract:
Halogenated compounds from hydrocarbons are prepared at temperatures of from 400 DEG to 800 DEG C and under pressures of from 50 to 700 kp/cm2. The required reactor contains several independently heated reactor units mounted in adjacent or superjacent position between which sealing elements are placed. The reactor units are provided with a nickel lining flanged at the ends, and the sealing elements consist of a nickel core with orifice and two circumferential flanged rings. The reactor units are compressed by spring-mounted expansion bolts.
Abstract:
Halogenated compounds from hydrocarbons are prepared at temperatures of from 400 DEG to 800 DEG C and under pressures of from 50 to 700 kp/cm2. The required reactor contains several independently heated reactor units mounted in adjacent or superjacent position between which sealing elements are placed. The reactor units are provided with a nickel lining flanged at the ends, and the sealing elements consist of a nickel core with orifice and two circumferential flanged rings. The reactor units are compressed by spring-mounted expansion bolts.