E Beam Sterilization Equipment
A 10MeV E Beam Sterilization Equipment is a device that uses a microwave field to accelerate electrons to 10MeV,then to do irradiation with a high-energy electron beam. Its basic principle is as follows: an electron gun emits electrons and injects them into the acceleration tube, accelerated to near the speed of light and then extracted from the titanium window through a scanning magnet.
E Beam Sterilization Priciple
E Beam Sterilization Processing – Why can electron beams be used for disinfection and sterilization? As shown in the following figure, the chain breakage and base shedding. The structure of genetic material is damaged.

E Beam Sterilization Priciple
What’s the advantage of E(Electron) Beam disinfection and sterilization?
Sterilization method
| Scope of application
| Is there any residue?
| Sterilization temperature
| Temperature rise
| Sterilization takes time
| One-time sterilization quantity
| Post-processing procedure
|
| E-beam sterilization method | It is almost applicable to all products
| No | At room temperature
| Lower
| Short
| It can be sterilized continuously in a cycle | No |
Dry heat sterilization method
| Suitable for high-temperature resistant products
| No | 160~250 | High | Long | It is determined by the sterilization container | It needs to be cooled for a certain period of time |
| Moist heat sterilization method | Suitable for products that are resistant to high temperatures and steam corrosion | Residual steam | 80~120 | High | Long | It is determined by the sterilization container | It needs to be cooled for a certain period of time |
| Gas sterilization method | It is applicable to products whose packaging materials need to have diffusibility and permeability | Yes | 65 | Lower | Very long | It is determined by the sterilization container | It needs to be left to stand for more than 48 hours to evaporate the chemical residues |
| Filtration sterilization method | Applicable to liquid-phase products | No | At room temperature | Lower | General | It can be sterilized continuously in a cycle | No |
What’s the E beam appliction?

E-beam application
Shielding room Required for Equipment Installation

Shielding Room For E Beam
Main Parameters Of E Beam Sterilization Equipment
| NO | Equipment parameters
| Technical indicators
| Influencing factors
|
| 1 | Electron beam energy
| 10MeV | The depth to which an electron beam can penetrate the goods
|
| 2 | Electron beam energy instability
| ≤5%
| The stability of penetration ability
|
| 3 | Average current of maximum beam current
| 2~2.5mA
| The amount of electron beam generated
|
| 4 | Maximum average power of beam current
| 20~25kW(Measured value)
| The speed of irradiation processing efficiency
|
| 5 | Beam current instability
| ≤5%
| The stability of irradiation dose
|
| 6 | Scanning width
| 60~80cm Continuously adjustable
| The width to which the goods can be irradiated
|
| 7 | Scanning unevenness
| ≤5%
| Dose consistency on the same horizontal plane
|
| 8 | Transport line speed
| 0.5~10m/min Continuously adjustable
| The adjustable range of irradiation dose
|
| 9 | Speed deviation of the transportation line
| ≤2%
| Dose consistency in the transport direction
|
| 10 | Automatic flipping system
| Pallet clamping type and cross fork type are available for selection
| Choose based on the packaging types of most products |
| 11 | The passing height under the beam
| ~80cm | The maximum height of goods that can enter the irradiation chamber |
| 12 | Energy consumption | 150~180kW·h | Electric power |
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