Radioactive Waste Shielding Container (Bag-type)
Radioactive Waster Shielding Containers
The radioactive waste shielding bag is a high-performance composite packaging material that combines
decontamination, radiation shielding, and anti-static functions.
It was developed for the safe storage and transportation of low-level radioactive waste generated in
hospitals, research institutes, and nuclear power facilities.
Core Functions
| Function |
Description |
| Decontamination |
Special surface coating prevents contaminants from adhering, enables easy cleaning,
and minimizes secondary contamination.
|
| Radiation Shielding |
Applies lead-free composite materials (low-lead composites, tungsten-blended films, etc.)
to provide effective gamma-ray and beta-ray shielding.
|
| Anti-Static |
Built-in ESD anti-static layer prevents electrostatic discharge,
enhancing safety for both electronic equipment and operators.
|
| Chemical Resistance & Durability |
Designed with strong resistance to acidic and alkaline waste,
minimizing structural damage even under repeated folding and abrasion.
|
| Lightweight Design |
Approximately 50–70% lighter than metal shielding containers,
allowing easier handling and transportation.
|
| Customizable Design |
Thickness and material composition can be customized according to
waste type and radiation intensity.
|
Applications
Radioactive waste shielding bags can be used in the following environments.
Medical Institutions
Storage of waste generated after radioactive isotope diagnosis and treatment
Research Institutes
Packaging of contaminated materials and equipment generated during experiments
Nuclear Industry
Transportation and temporary storage of low-level radioactive waste
Defense & Aerospace
Shielded transport of radiation inspection equipment and contaminated components
