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Electron beam irradiated cable.
The radiation processing by electron beam is a physical reaction caused in a material by an exposure to its irradiation.
Electron energies typically vary from the kev to mev range.
The electron beam processing in wires and cables helps to improve thermal chemical barrier.
Electron beam irradiated cable.
2 the scanning beam will be much wider than the wire or cable diameter so that such products can pass through.
The e beam irradiation is a process in which the polymer is exposed to an energetic highly charged stream of electrons.
Possible uses for electron irradiation include sterilization and cross linking of polymers.
The radiation processing by electron beam is a physical reaction caused in a material by an exposure to its irradiation.
The manufacture of the new generation eb cross linked cables requires special polymeric compounds its extrusion on to the cable and eb irradiation cross linking.
At leoni the electron beam irradiation process is carried out in plants that accelerate the electrons almost to the speed of light using a voltage of up to 10 million volts in a high vacuum.
Polymers are made of hydrocarbons having c c as strong bond and c h as weak bond.
1 a narrow high current electron beam must be scanned to increase its width and reduce the average current density to avoid overheating the thin metallic beam window of the accelerator.
Polymers are made of hydrocarbons having c c as strong bond and c h as weak bond.
Electron beam processing or electron irradiation ebi is a process that involves using electrons usually of high energy to treat an object for a variety of purposes.
To cross link these specialty power cables requires an accelerator of variable energy 1 to 3 mev with power of 100 kw.
The e beam irradiation is a process in which the polymer is exposed to an energetic highly charged stream of electrons.
Electron beam irradiator cable is used for the signal transmission controlling and measuring system of the electric apparatus and the power distribute apparatus in the field of metallurgy power and petro chemistry.
As a result of the cross linking of the polymer molecules the betaflam cable and single cores treated in this manner acquire properties usually associated.
Electron beam technologies has three electron beam irradiation lines which are capable of producing electron beam energies from 425 000 volts up to 1 500 000 volts.
Electron beam irradiation service to specification is available for all continuous product such as insulated wire jacketed cable tubing and hose.
