Description Of Tungsten Syringe Shielded Container

The Tungsten syringe shielded container is a radiation shield uniquely created for medical use. It is manufactured from high-performance tungsten alloy material and has a high density, strong radiation absorption capability, and is also extremely resistant to corrosion. It is the primary tool used to protect the patient during the radioactive drug injection. Its primary purpose is to grant physical shielding to syringes of radioactive isotopes (like 5ml and 10ml BD type syringes), restricting medical personnel from receiving ionizing radiation while the syringe is in transport and while manipulation is performed.

Tungsten alloy has a claimed 60% increase in density compared to lead while simultaneously displaying a better efficiency in radiation absorption. Furthermore, it can noticeably reduce the amount of ionizing radiation, including gamma rays, which weakens radiation for the operators. The material has a combination of high strength and good corrosion resistance, which allows for long-term wear and is extremely easy to fabricate into intricate shapes, which is crucial for medical instruments. The container is tailored with great precision to fit BD type syringes with pierceable lids, as well as other sizes such as 5ml and 10ml, thus maximizing the inventory and uninterrupted drug storing and transport. Achieve tight seals with threaded mechanisms to eliminate radiation escapes. The integrated handle allows for a safe single-person grip, which improves operational ease during transport.

In the diagnosis and treatment of nuclear medicine, tungsten syringe shielded containers actively protect personnel from high-activity radiation through the features of "active radiation shielding" and "precise dose management." The high-density tungsten alloy structure and ergonomically designed features not only guarantee safety on syringe transport but also enhance workflow efficiency in the medical processes, thus ensuring an effective and safe method for the injection of radioactive drugs.

Due to the unique characteristics and functions of these materials, tungsten syringe shielded containers have emerged as essential equipment for radiation protection in medicine and have enabled medical teams to perform radioactive drug injections safely, thus enabling the advancement of precision medicine.

Features Of Tungsten Syringe Shielded Container

1. Efficient shielding performance:

Tungsten alloy, formerly classified as a super alloy, possesses a high density ranging from 16.5-19.0 g/cm³, marking an exceptional shielded performance on X-rays and gamma rays. By employing a 2mm thick tungsten alloy shielding layer, radiation exposure can be mitigated by over 99%.

2. Environmental protection and safety:

Tungsten alloy's traditional lead shielding materials, being non-toxic, strengthen its shielded performance due to not emit harmful substances. The tungsten syringe shielded container made out of tungsten alloy exhibits excellent corrosion resistance and exceptional longevity.

3. Easy to design and operational functions:

Standardly equipped with fixed connector locking devices, shielded containers ensure secure locking of the syringe during operation to minimize radiation exposure. Equipped with high-density lead glass observation windows, the shielded containers guarantee unobstructed visibility while completing operational tasks.

4. Volume and weight advantages:

Tungsten alloy shielded containers maintain miniaturization and lightweight features, facilitating ease of use, storage, and transport. A shielded container designed for a 3cc syringe only weighs roughly 0.16 kg.

5. Customization:

Tungsten syringe shielded containers with varying dimensions, customizable shielded thicknesses, and tailored requirements for each specific container can be designed.

Applications Of Tungsten Syringe Shielded Container

Used to protect medical staff from radiation when injecting radioactive drugs (such as FDG-F18, iodine-131, etc.). PET shielded syringes are used to store and inject PET radioactive agents to ensure safe operation. In isotope tracking, it is used to monitor the distribution of drugs in the body. In industrial non-destructive testing, it is used to shield against radioactive rays.

Specifications Of Tungsten Syringe Shielded Container