Galvanized Steel Panel Nuclear Radiation Protection Tungsten Radiation Shielding

Product Description:

JVVMED-DUHCS75-RFM features a complete isolation protection design and a clean arc stainless steel inner cavity, meeting the specific requirements for positron radiopharmography synthesis. The system requires high standards of lead shielding and biological cleanliness to not only comply with radiation safety environmental standards but also maintain a cGMP clean pharmaceutical environment during the synthesis of positron radiopharmaceuticals.

The hot chamber consists of three main parts:

• The control area is situated at the top of the hot chamber. It is equipped with an independent ventilation system, hot chamber control unit, gas valve, and radiation dose monitoring and interlocking unit to ensure operational safety.
• The working area is positioned in the middle section of the hot chamber. Operators can access this area by opening the front shield door. The spacious interior design accommodates the installation of various synthesizers available in the market.
• The auxiliary area is located at the bottom of the hot chamber, offering support functions to meet the auxiliary requirements of the hot chamber.

Features:

• Product Name: Nuclear Radiation Protection
• Accessory: Tungsten Radiation Shielding
• Application: Nuclear Medicine Field/ Radiation Shielding/ Gamma
• Lead equivalent: Customized Design
• Material: Galvanized Steel Panel Material
• Features: Nuclear Safety

Technical Parameters:

·cGMP biological cleanliness level working area

Dual synthetic lead chamber made of stainless steel by seamless welding

1. Cleanliness: Class C
2. Negative pressure: -50Pa to -200Pa
3. Demand air volume: 300 m3/h
4. Sealing: Second Level Standard Sealing
5. Air supply: high efficiency filter
6. Exhaust: activated carbon filter

·Lead shielding conforming to ICRP radiation environmental safety standards

1. Front side: 75mmPB
2. Left/right side: 60mmPB
3. Target line shielding: 50mmPB
4. The radiation dose at the surface of the hot chamber < 5μSv/h @3Ci-F18
5. The radiation dose at 30cm of the hot chamber < 1μSv/h @3Ci-F18

·Size

1. Internal dimensions: 850 mm (w) * 619 mm (d) * 700 mm (h)
2. External dimensions: 1185 mm (w) * 1117 mm (d) * 2400 mm (h)
3. Accessories: lamp, UV lamp, ozone sterilization device, power socket, etc

Applications:

Jovi 1-CF-56 is a top-of-the-line product designed for nuclear radiation protection, manufactured in China with the highest quality standards. This radiation shielding product is essential for various application occasions and scenarios in the nuclear medicine field and radiation shielding industry.

One of the primary application scenarios for the Jovi 1-CF-56 product is in nuclear medicine facilities where radiation protection is crucial. The product's material, galvanized steel panel, ensures durability and long-lasting protection against nuclear radiation. The lead-lined construction of the product provides effective shielding against gamma rays and other harmful radiation.

Another key application occasion for the Jovi 1-CF-56 is in hot cells and laboratories where nuclear materials are handled. The product's features, such as nuclear safety and reliable protection, make it an ideal choice for shielding workers and researchers from exposure to hazardous radiation.

Whether it's for storing radioactive materials securely, transporting radiation protection lead cans, or creating shielded environments, the Jovi 1-CF-56 product excels in providing the necessary protection. Its type, hot cell, indicates its suitability for specialized applications requiring high levels of radiation shielding.

With a minimum order quantity of 1 set and packaging details in a wooden case, the Jovi 1-CF-56 is convenient to order and receive. The delivery time of 25 working days after payment ensures timely availability of the product. Payment terms of T/T in advance make the purchasing process straightforward and efficient.

In conclusion, the Jovi 1-CF-56 is a reliable and effective solution for radiation protection needs in the nuclear medicine field, radiation shielding applications, and other scenarios requiring nuclear safety. Its high-quality construction, proven material, and specialized design make it a top choice for professionals and organizations seeking optimal radiation shielding solutions.