Protective Barriers for Controlled Nuclear Environments by Astra Shield
Nuclear reactors are powerful energy sources, but they generate intense ionizing radiation—including neutrons and gamma rays—that must be precisely controlled to ensure safety and environmental compliance. At Astra Shield, we provide engineered nuclear shielding systems that mitigate radiation exposure, support reactor operation, and maintain regulatory standards.
Our Shielding Expertise Covers:
Neutron Radiation Shielding
We deploy hydrogen-rich shielding materials—such as borated polyethylene, water tanks, and concrete—to slow down and absorb fast neutrons effectively.
Gamma Radiation Shielding
For penetrating gamma rays, we design layered barriers using lead, high-density concrete, steel, or tungsten composites, customized for energy levels and space constraints.
Nuclear power plant cores & containment buildings
Research and test reactors
Spent fuel storage zones
Hot cells and radiochemical labs
Radiation waste processing & transfer stations
Reactor control rooms & observation galleries
We use advanced radiation transport software to simulate dose distribution and optimize material thickness and placement.
Depending on site logistics, we offer precast panels, poured shielding blocks, or removable/modular enclosures.
Specialized shielded penetrations, labyrinth passages, and shielded HVAC inlets to preserve protection during operational use.
Designs include support framing, thermal resistance, and fire protection layers suitable for reactor operating environments.
Our nuclear shielding solutions conform to stringent international guidelines such as:
IAEA Safety Standards
ANSI/ANS Nuclear Facility Design Standards
NRC (US Nuclear Regulatory Commission) Requirements
ISO and IEC Radiation Protection Codes