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Activated Carbon Filter Nuclear Radiation Shielding Equipment with Adjustable Shielding Thickness, Suitable for Storage in Dry, Ventilated Areas
Product Details
| Shieldingthickness | Variable (e.g., 1mm To 10cm) | Protection Level | 10mmpb 20mmpb 50mmPb |
|---|---|---|---|
| Model | Jovvi-HC-50mmpb | Leakproofness | High |
| Safetycompliance | Meets International Radiation Safety Standards | Purification Method | Active Carbon Filter,Hepa Filtration, |
| Grade | Class A | Function | Shielding Gamma And X-ray Radiation |
Product Description
Product Description:
This nuclear radiation shielding system is a cutting-edge protective solution built to deliver high-grade safety in facilities affected by nuclear medical radiation. Manufactured with high-performance composite materials such as lead, boron and polyethylene, it is purpose-built to block hazardous gamma and X-ray radiation, fully securing on-site staff and precision devices within nuclear medicine departments. Thanks to its solid structure and optimized material configuration, it serves as indispensable protective equipment for I131 and F18 hot cell scenarios, where strict radiation isolation is legally and operationally required.
A major competitive advantage of this radiation safety equipment is its strict compliance with graded cleanliness specifications. It supports three standard cleanliness grades: Class A, B and C, enabling clients to choose suitable contamination control solutions according to actual operational needs. Class A corresponds to the highest purification requirements for core nuclear medical processes, while Class B and C deliver stable sanitary protection for conventional working zones. Such flexible grading allows seamless integration into diverse nuclear medicine workflows, with no sacrifice to operational safety or overall efficiency.
This unit adopts activated carbon as its core air purification technology. Activated carbon media feature powerful adsorption capacity to capture airborne pollutants, radioactive aerosols and harmful gaseous substances. The integrated ventilation structure stabilizes internal sanitary conditions and environmental safety, while stopping dangerous substances from accumulating in confined spaces. With advanced activated carbon air treatment, it helps sustain stable, hazard-free working conditions inside hot cells and radiation workshops, protecting operators as well as the external surrounding environment.
Raw material formulation determines the overall shielding efficiency, and this protective system adopts a scientifically proportioned multi-material structure for optimal performance. The composite of lead, boron and polyethylene forms a multi-stage protective barrier to weaken and block gamma and X-ray radiation. High-density lead delivers superior shielding against gamma rays; boron provides efficient neutron absorption for nuclear medical working conditions; polyethylene slows fast neutrons and strengthens overall structural stability. The coordinated performance of these materials creates an all-round radiation defense system that fully meets the strict operating standards of nuclear medical sites.
Scientific storage management is essential to stabilize long-term structural stability and shielding performance. This nuclear radiation protection device must be kept in dry, well-ventilated indoor areas to avoid material aging and maintain lasting working reliability. Humid air and poor air circulation may damage internal shielding components and weaken protective effects. Following official storage recommendations helps retain stable shielding capability, prolong service lifespan, and ensure steady output performance in long-term high-intensity radiation scenarios.
In practical use, this device is engineered to suppress gamma and X-ray radiation, two dominant high-risk ionizing rays widely existing in nuclear medical environments. It is highly applicable in laboratories and medical institutions processing I131, F18 and other common medical radioisotopes for imaging diagnosis and targeted treatment. I131 and F18 hot cell areas require extreme radiation control for safe isotope handling, transfer and preparation. This product’s structural design and material formula fully satisfy such strict demands, helping enterprises meet industrial safety norms and reduce operational risks.
To conclude, this nuclear radiation protection solution is a necessary safety facility for the nuclear medicine industry, especially for daily operation of I131 and F18 hot cells. With optional A/B/C cleanliness grades, high-efficiency activated carbon ventilation, premium lead-boron-polyethylene composite materials and standardized storage requirements, it acts as a stable and high-performance barrier against gamma and X-ray radiation. Equipping your site with this system will greatly improve radiation protection levels, realize full regulatory compliance, and build a safer, healthier working environment for all nuclear medical operators.
Features:
- Product Name: Nuclear Radiation Protection
- Material: Lead, Boron, Polyethylene for enhanced shielding
- Color: Stainless Steel Color for a sleek and durable finish
- Model: Jovvi-HC-50mmpb
- Grade: Class A quality ensuring top-level protection
- Lifespan: 10-20 years under normal conditions
- Specially designed for use in I131 Hot Cell environments
- Ideal for Nuclear Radiation Hot Cell applications
- Compatible with F18 Hot Cell setups for effective radiation shielding
Technical Parameters:
| Ventilation Method | Active Carbon |
| Color | Stainless Steel Color |
| Material | Lead, Boron, Polyethylene |
| Shielding Thickness | Variable (e.g., 1mm To 10cm) |
| Storage Condition | Dry And Ventilated Place |
| Certifications | Meets International Safety Standards |
| Leakproofness | High |
| Safety Compliance | Meets International Radiation Safety Standards |
| Function | Shielding Gamma And X-ray Radiation |
| Cleanliness | Class A B C |
Applications:
The JOVI Nuclear Radiation Shielding unit, model Jovvi-HC-50mmpb (1-CF-20), is a high-tech solution engineered to deliver excellent shielding and safety across various high-radiation workspaces. Produced in China and accredited with ISO9001 certification, this product is recognized for its dependability and quality in safeguarding staff and equipment from hazardous nuclear radiation. Available with protection grades spanning 10mmpb to 50mmpb, it effectively defends against intense radioactive exposure, making it well-suited for critical applications such as I131 Hot Cell operations and Nuclear Medical Radiation processes.
A key application of the JOVI radiation protection unit is in nuclear medicine facilities that handle radioactive isotopes like I131. Its robust radiation protection lead cans provide a secure containment solution for radioactive materials, reducing risks and improving safety for both medical professionals and patients. These lead cans are vital in settings where precise radiation shielding is mandatory to prevent contamination and radiation exposure.
Another important use case for the JOVI Nuclear Radiation Protection product is the transport and storage of radioactive substances. Its wooden case packaging ensures safe handling and transit, preserving the product’s integrity throughout the delivery process. With a lead time of 45 working days and a minimum order quantity of one unit, the product offers flexibility for both small-scale and large-scale operations.
Beyond its protective functions, the product integrates advanced purification technologies, including activated carbon filtration and HEPA filtration. These features are crucial for maintaining a clean, safe environment by filtering airborne pollutants commonly found in nuclear medical radiation settings. The requirement to store the product in a dry, well-ventilated area ensures its longevity, with a service life of 10-20 years under standard operating conditions.
Priced between $30,000 and $50,000 with advance TT payment terms, the JOVI Nuclear Radiation Protection solution is a high-value investment in safety and durability. It is suitable for hospitals, research institutions, nuclear power plants, and any facility where radiation protection is a top priority. Its combination of certified quality, effective radiation shielding, and advanced filtration makes it an essential tool for effectively managing nuclear radiation risks.
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