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HEPA Filtration Purification System for I131 Hot Cell (Class A), Guaranteeing Safe Handling and Containment of Radioactive Substances
Product Details
| Certifications | Meets International Safety Standards | Cleanliness | Class A B C |
|---|---|---|---|
| Grade | Class A | Protection Level | 10mmpb 20mmpb 50mmPb |
| Shieldingthickness | Variable (e.g., 1mm To 10cm) | Purification Method | Active Carbon Filter,Hepa Filtration, |
| Lifespan | 10-20 Years Under Normal Conditions | Safetycompliance | Meets International Radiation Safety Standards |
Product Description
Product Description:
This nuclear radiation shielding system serves as a vital safeguard for workspaces with potential radioactive exposure risks. Expertly built to deliver high-grade radiation blocking and secure containment, it is extensively applied in radiation-proof lead canisters and I131 hot cell workflows. Sturdy build quality and upgraded functional features make it a must-have for specialists handling radioactive isotopes—especially Iodine-131 (I131), a highly radioactive substance that calls for strict safety protocols at all times.
A core advantage of this radiation safety product is its adjustable shielding depth, covering a scope from 1mm up to 10cm. This flexible design enables tailored protection grades to match different radiation strengths and categories. Adaptable to both low-dose radiation and high-power radioactive sources, it can be personalized to form the most effective defense against hazardous radiation, fully securing on-site staff and surrounding surroundings.
It adopts a premium stainless steel exterior, delivering a polished, professional look while boosting structural toughness and anti-corrosion performance. This advantage is highly valuable in nuclear work zones, where harsh chemical exposure and extreme operating conditions can easily damage ordinary materials. The smooth stainless steel surface eases daily cleaning and upkeep, perfectly fitting long-term, high-demand operation inside I131 hot cell facilities.
Reasonable storage conditions are key to preserving the stable performance and protective efficiency of this radiation protection equipment. It is advised to keep the unit in a dry, well-ventilated space to avoid damp buildup and metal corrosion. Equipped with an activated carbon ventilation structure, it efficiently filters and cleans internal air inside the confined containment zone. This air purification design absorbs radioactive fumes and airborne pollutants, lowering the threat of inhalable radiation harm and lifting overall site safety levels.
Strict safety standardization lies at the core of product development, with full compliance with global radiation protection regulations. Every unit undergoes strict performance testing and standardized quality inspection, granting clients stable, trustworthy shielding performance that meets international industry criteria. This regulatory conformity is especially essential for I131 hot cell operations, where rigid industry rules are implemented to shield medical staff, research teams and external environments from radiation risks.
This shielding solution also acts as a core supporting component for radiation protection lead cans, widely adopted for the secure keeping and transit of radioactive materials. The integrated design of lead shielding layers and stainless steel outer shells creates dual-layer defense, greatly cutting radiation leakage while retaining solid structural stability. It is highly practical for hospitals, nuclear medicine departments and scientific research institutes with frequent isotope processing demands.
To conclude, this nuclear radiation containment system is an all-round solution to meet strict radiation safety demands. Customizable shielding thickness, anti-rust stainless steel casing, activated carbon air ventilation and global safety certification together make it a dependable option for lead can storage, I131 hot cell operation and other nuclear protection scenarios. Dry and ventilated storage helps prolong service life and sustain steady long-term performance. Suitable for medical, industrial and laboratory use, it greatly mitigates radiation dangers and builds a standardized, secure working environment for all frontline operators.
Features:
- Product Name: Nuclear Radiation Protection
- Function: Shielding Gamma and X-ray Radiation
- Protection Level: 10mmPb, 20mmPb, 50mmPb
- Purification Method: Active Carbon Filter, HEPA Filtration
- Storage Condition: Dry and Ventilated Place
- Lifespan: 10-20 Years Under Normal Conditions
- Suitable for use in Nuclear Radiation Hot Cell and I131 Hot Cell environments
- Ideal for Nuclear Medical Radiation protection applications
Technical Parameters:
| Grade | Class A |
| Cleanliness | Class A B C |
| Material | Lead, Boron, Polyethylene |
| Model | Jovvi-HC-50mmpb |
| Protection Level | 10mmpb, 20mmpb, 50mmPb |
| Function | Shielding Gamma And X-ray Radiation |
| Leakproofness | High |
| Shielding Thickness | Variable (e.g., 1mm To 10cm) |
| Purification Method | Active Carbon Filter, Hepa Filtration |
| Certifications | Meets International Safety Standards |
Applications:
The JOVI Nuclear Radiation Shielding unit, model Jovvi-HC-50mmpb (1-CF-20), is a high-end solution engineered to deliver outstanding defense against hazardous gamma and X-ray radiation. Produced in China and accredited with ISO9001 certification, this product ensures superior quality and consistent, reliable performance. Available in protection grades of 10mmpb, 20mmpb, and 50mmPb, it provides excellent leakproof performance, making it perfectly suited for settings where radiation safety is of the utmost importance.
This unit is particularly well-suited for I131 Hot Cell and F18 Hot Cell operations, where strict radiation shielding is required to protect personnel and the surrounding environment. The integrated Radiation Protection Lead Cans offer robust containment, preventing radiation leakage and enabling the safe handling and storage of radioactive materials. Its high leakproof capability is essential for maintaining secure barriers during the processing and transportation of radioactive isotopes.
JOVI’s Nuclear Radiation Shielding system is packed in a sturdy wooden crate to ensure safe delivery and protection during transportation. With a minimum order quantity of 1 unit and a price bracket of $30,000 to $50,000, it represents a cost-effective investment for medical facilities, research laboratories, and nuclear power plants in need of top-quality radiation shielding solutions. Delivery typically takes 45 working days, with advance TT payment terms to ensure a seamless procurement process.
To sustain optimal performance and extended service life, the product must be stored in a dry, well-ventilated area, preserving its shielding effectiveness and structural integrity. Whether utilized in hot cell operations or other radiation-intensive environments, the JOVI Nuclear Radiation Protection product distinguishes itself with its high protection level, leakproof design, and dependable shielding performance, safeguarding both personnel and critical equipment from the hazards of ionizing radiation.
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