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Jovvi HC 50mmpb Nuclear Radiation Protection Hot Cell with 50mmpb Lead Shielding and Active Carbon Ventilation in Stainless Steel
| Shieldingthickness | Variable (e.g., 1mm To 10cm) | Certifications | Meets International Safety Standards |
|---|---|---|---|
| Ventilation Method | Active Carbon | Purification Method | Active Carbon Filter,Hepa Filtration, |
| Color | Stainless Steel Color | Cleanliness | Class A B C |
| Grade | Class A | Model | Jovvi-HC-50mmpb |
Product Description:
Hot Cell refers to a heavy-duty shielded enclosure for secure remote operation of high-level radioactive substances.
Integrated with multi-sided lead shielding, radiation-proof observation window, airlock transfer system and ergonomic manipulator ports, it achieves 360° radiation leakage prevention.
Corrosion-resistant stainless steel construction, airtight sealing and standardized airflow control meet international medical radiation safety regulations.
This professional shielding solution is widely used in nuclear hospitals, radiopharmaceutical factories, scientific research institutes and nuclear energy laboratories for daily radioactive processing and experimental operations.
One of the standout features of this Nuclear Radiation Protection product is its impressive lifespan, lasting between 10 to 20 years under normal operating conditions. This durability ensures long-term reliability and cost-effectiveness, minimizing the need for frequent replacements or extensive maintenance. The materials utilized are resistant to degradation from radiation exposure, environmental factors, and mechanical wear, thereby guaranteeing sustained performance over time.
In addition to its physical shielding capabilities, the product incorporates an advanced purification system to maintain a safe and clean environment within nuclear hot cells. This purification system employs a combination of active carbon filters and HEPA filtration technology. The active carbon filter is highly effective at adsorbing volatile organic compounds and radioactive gaseous contaminants, thus reducing airborne hazards. HEPA filtration further enhances air quality by capturing microscopic particles and radioactive dust, ensuring a contaminant-free atmosphere inside the hot cells.
The ventilation system integrated into this product is based on active carbon technology, which plays a crucial role in controlling and mitigating airborne radioactive substances. This method of ventilation efficiently removes harmful gases and prevents their accumulation, providing continuous air purification and circulation within Nuclear Radiation Hot Cell environments. The synergy between the ventilation and purification systems ensures that operators working in F18 Hot Cell and I131 Hot Cell facilities are protected from inhaling dangerous radioactive particles and gases.
Designed with user safety and operational efficiency as top priorities, this Nuclear Radiation Protection product is highly adaptable to various nuclear medicine and research applications. Its shielding effectiveness against gamma and X-ray radiation makes it indispensable in environments where radioactive isotopes such as F18 and I131 are routinely handled. Whether used in medical isotope production, radiopharmaceutical preparation, or nuclear research laboratories, this product delivers unmatched protection and peace of mind.
In summary, this Nuclear Radiation Protection product offers a comprehensive solution for shielding against gamma and X-ray radiation while ensuring air purity through sophisticated filtration and ventilation systems. Its combination of lead, boron, and polyethylene materials, coupled with active carbon and HEPA filtration, provides a multi-layered defense mechanism suited for Nuclear Radiation Hot Cell, F18 Hot Cell, and I131 Hot Cell applications. With a lifespan of 10-20 years under normal conditions, it represents a reliable and durable investment for any facility requiring stringent radiation protection measures.
Features:
- Product Name: Nuclear Radiation Protection
- Function: Shielding Gamma and X-ray Radiation
- Material: Lead, Boron, Polyethylene
- Safety Compliance: Meets International Radiation Safety Standards
- Lifespan: 10-20 Years Under Normal Conditions
- Shielding Thickness: Variable (e.g., 1mm to 10cm)
- Ideal for use in Nuclear Radiation Hot Cell environments
- Specifically designed for Nuclear Radiation Hot Cell and I131 Hot Cell applications
Technical Parameters:
| Safety Compliance | Meets International Radiation Safety Standards |
| Grade | Class A |
| Certifications | Meets International Safety Standards |
| Lifespan | 10-20 Years Under Normal Conditions |
| Color | Stainless Steel Color |
| Purification Method | Active Carbon Filter, Hepa Filtration |
| Ventilation Method | Active Carbon |
| Cleanliness | Class A B C |
| Protection Level | 10mmPb, 20mmPb, 50mmPb |
| Shielding Thickness | Variable (e.g., 1mm To 10cm) |
This Nuclear Medical Radiation product is designed to provide superior protection and cleanliness, meeting rigorous standards for Nuclear Medical Radiation environments.
Applications:
The JOVI Nuclear Radiation Protection product, model number 1-CF-20, is meticulously designed to provide superior shielding and safety in environments where nuclear medical radiation is prevalent. Originating from China and certified under ISO9001 standards, this advanced radiation protection solution is essential for facilities handling radioactive materials, especially in applications involving the I131 Hot Cell.
This product is particularly suited for nuclear medicine departments, research laboratories, and industrial applications where radioactive isotopes such as I131 are used. The I131 Hot Cell is a critical environment requiring stringent protection due to the high radiation levels emitted during the processing and handling of radioactive iodine. JOVI’s 1-CF-20 model offers customizable shielding thickness ranging from 1mm up to 10cm, utilizing a composite material blend of lead, boron, and polyethylene. This ensures optimal attenuation of harmful radiation, safeguarding both personnel and sensitive equipment.
In addition to its robust structural protection, the product features an advanced active carbon ventilation method that efficiently manages air quality within the hot cell, preventing contamination and maintaining a safe working atmosphere. The product’s stainless steel color finish not only enhances durability but also aligns with cleanroom standards, meeting cleanliness classifications of Class A, B, and C environments.
JOVI’s Nuclear Radiation Protection solution is delivered in a secure wooden case, ensuring safe transportation and ease of installation. With a delivery time of 45 working days and payment terms requiring TT in advance, the product is available for purchase with a minimum order quantity of one unit. The pricing ranges between $30,000 and $50,000, reflecting its high-quality materials and advanced design features.
Whether used in hospitals for nuclear medical radiation treatments, research institutions handling radioactive isotopes, or industrial sites requiring stringent radiation protection, the JOVI 1-CF-20 model offers unparalleled safety and reliability. Its specialized design for I131 Hot Cell applications makes it an indispensable asset in managing nuclear radiation risks effectively.
Customization:
Introducing the JOVI Nuclear Radiation Protection product, model number 1-CF-20, designed with advanced Radiation Protection Lead Cans technology to ensure maximum safety. Manufactured in China and certified under ISO9001, this product guarantees high-quality standards and reliability.
The Jovvi-HC-50mmpb model features a stainless steel color finish and incorporates an active carbon ventilation method to maintain a safe and controlled environment. Its high leakproofness ensures that radiation is effectively contained, making it ideal for use in F18 Hot Cell applications.
Each unit is carefully packaged in a durable wooden case to protect the product during transit. With a minimum order quantity of 1 and a price range between $30,000 and $50,000, this Radiation Protection Lead Cans solution meets international safety standards and is perfect for demanding nuclear radiation environments.
Delivery time is approximately 45 working days, and payment terms are TT in advance, ensuring a smooth and secure transaction. Trust JOVI’s Nuclear Radiation Protection Lead Cans for superior safety and performance in Radiation Protection Lead Cans and F18 Hot Cell operations.
Support and Services:
Our Nuclear Radiation Protection product comes with comprehensive technical support and services to ensure optimal performance and safety. We provide detailed installation guidance, routine maintenance procedures, and calibration services to maintain accuracy and reliability. Our technical support team is available to assist with troubleshooting, product configuration, and software updates. Additionally, we offer training sessions to help users understand the correct usage and safety protocols associated with the product. For long-term service, we provide repair and replacement options, backed by a warranty to guarantee customer satisfaction and product integrity.
Packing and Shipping:
Our Nuclear Radiation Protection product is carefully packaged to ensure maximum safety and integrity during transit. Each unit is securely enclosed in a durable, impact-resistant container that provides protection against physical damage and environmental factors.
Inside the packaging, the product is cushioned with high-quality foam inserts to prevent movement and absorb shocks. The outer box is clearly labeled with handling instructions and radiation safety warnings to inform shipping personnel of the contents and necessary precautions.
For shipping, we use reliable carriers experienced in handling sensitive and hazardous materials. All shipments comply with international regulations and standards for the transport of radiation protection equipment, ensuring timely and secure delivery.
Tracking information is provided for every order, allowing customers to monitor the shipment status from dispatch to arrival. Upon receipt, customers are advised to inspect the packaging for any signs of damage before opening and to follow the included safety guidelines for product use and storage.

