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Front 40 Mpb Protection Standard F18 Hot Cell Negative Pressure Ventilation System For Safe Radioactive Material Handling
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x| Size | One Size Fits All | Effectiveness | High |
|---|---|---|---|
| Lead Equivalent | Cusztomized Design | Comfort | High |
| Closure | Secure Closure System | Application | Nuclear Power Plants, Medical Facilities, Research Labs |
| Lifespan | 10-20 Years | Cleaning | Easy To Clean And Maintain |
| Highlight | 40 Mpb Hot Cell,Nuclear Radiation Protection Hot Cell,Hot Cell Shielded Containment Chambers |
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A nuclear radiation protection hot cell is a heavily shielded containment chamber designed for safe handling of highly radioactive materials. These specialized chambers protect personnel from radiation exposure using thick lead shielding, leaded glass viewing windows, and remote manipulation tools like robotic arms. Essential for radiopharmaceutical production, nuclear fuel research, and isotope processing, these customizable cells provide physical barriers with laminar flow and sealed systems to ensure maximum safety through isolation and remote handling.
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Superior Radiation Shielding: Adopts high-quality shielding materials such as lead (Pb), depleted uranium, or borated polyethylene, with shielding thickness customizable according to the activity level of radioactive materials (ranging from several centimeters to tens of centimeters of lead equivalent). It effectively attenuates gamma rays, neutrons, and other ionizing radiation, ensuring radiation dose to operators is below the safe limit.
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Hermetic Sealing Performance: Integrates advanced sealing technology with airtightness up to Class 1000 cleanroom standards. It prevents the leakage of radioactive aerosols and gases, avoiding environmental contamination and cross-contamination between internal and external areas.
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Remote Operation Capability: Equipped with precision remote handling devices, including mechanical arms (master-slave type, telescopic type), electric hoists, and automated transfer systems. The mechanical arms offer high maneuverability and positioning accuracy, enabling complex operations such as material transfer, sample preparation, and equipment maintenance.
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Reliable Observation System: Installs leaded glass observation windows with high light transmittance and excellent radiation shielding performance. Optional video monitoring systems with radiation-resistant cameras allow real-time, clear observation of internal operations.
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Integrated Auxiliary Systems: Comes with dedicated ventilation systems (equipped with high-efficiency HEPA filters for radioactive particle filtration), temperature and humidity control systems, and radioactive waste collection and treatment devices. Ensures stable and safe internal operating conditions.
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High Structural Stability: The main body is fabricated with high-strength steel frames and reinforced shielding materials, featuring strong load-bearing capacity and corrosion resistance. Suitable for long-term continuous operation in harsh industrial environments.
| Parameter | Specification |
|---|---|
| Closure System | Secure Closure System |
| Protection Level | 10Pbmm, 20mmPB, 50Pb, 100Pb |
| Primary Applications | Nuclear Power Plants, Medical Facilities, Research Labs |
| Effectiveness | High |
| Installation Method | Fixed Panels, Wearable Gear |
| Comfort Level | High |
| Ventilation System | Negative Pressure |
| Lead Equivalent | Customized Design |
| Protection Standard | Front 40mPb or Customized Design |
- Nuclear Medicine: Production and processing of radioactive drugs (e.g., ¹⁸F-FDG for PET-CT), preparation and quality control of radioactive tracers, and handling of high-activity radioactive sources for therapy
- Nuclear Energy Industry: Inspection and maintenance of nuclear reactor components, processing and treatment of nuclear fuel, and handling of spent fuel
- Radiation Therapy: Calibration and maintenance of high-activity radiation sources (e.g., cobalt-60, cesium-137), and preparation of radioactive implants for brachytherapy
- Nuclear Research Institutions: Scientific research on radioactive materials, development of new nuclear technologies, and experimental operations involving high-activity radionuclides
- Industrial Non-Destructive Testing (NDT): Handling and operation of high-activity radioactive sources used in industrial radiography and flaw detection
- Radioactive Waste Treatment: Sorting, processing, and packaging of low, medium, and high-level radioactive wastes to ensure safe disposal
- Radiopharmaceutical Production: Preparing diagnostic and therapeutic isotopes (e.g., F-18, Ga-68) for nuclear medicine applications
- Nuclear Fuel Handling: Examining spent fuel rods and performing experiments on irradiated materials
- Isotope Processing: Processing medical isotopes irradiated in reactors or accelerators
We understand that different application scenarios have unique requirements for radiation protection hot cells. Our comprehensive customization services ensure optimal performance for your specific operational needs:
- Shielding Performance Customization: Determine shielding material type and thickness based on radioactive material type and activity levels, including enhanced neutron shielding for neutron-rich environments
- Size and Structure Customization: Design internal volume, shape, and door type (sliding door, swing door, airtight door) according to installation space and operational requirements, with optional multi-chamber integrated designs for multi-step continuous operations
- Remote Handling System Customization: Configure mechanical arms with different load capacities, reach ranges, and precision levels, with optional automated robotic systems for high-throughput, repetitive operations
- Auxiliary System Customization: Tailor ventilation efficiency, temperature and humidity control ranges, and waste treatment methods including liquid waste collection tanks and solid waste storage compartments
- Intelligent Upgrade Customization: Integrate IoT monitoring systems, automatic alarm systems for radiation leakage and airtightness failure, and data logging systems for intelligent management and remote monitoring
Our Nuclear Radiation Protection products are carefully packaged to ensure maximum safety and integrity during transit. Each item is securely wrapped with protective materials and placed in sturdy, impact-resistant boxes to prevent damage.
We comply with all relevant regulations and guidelines for the safe transportation of radiation protection equipment. Our packaging is clearly labeled with handling instructions and safety warnings to ensure proper care by shipping personnel.
Shipping is carried out through reliable carriers who specialize in handling sensitive and protective equipment. Tracking information is provided for every order, allowing customers to monitor their shipment until delivery.
For international orders, we ensure all customs documentation is accurately prepared to facilitate smooth and timely delivery. Contact our customer service team for any special packaging or shipping requirements.

