When it comes to nuclear power plants, the use of radiation shielding concrete is almost ubiquitous, owing to its inherent properties that deter the harmful emissions of radiation. Certains of shielding concrete, particularly those with high density and high aggregate concentration, are often preferred for this kind of application. This is primarily because theses of shielding concrete provide tremendous resistance against gamma and neutron radiation, thereby safeguarding the plant workers. Some of the top players employing radiation shielding concrete in nuclear power plants include Westinghouse Electric Company and General Electric, owing to their holistic understanding of the nuances associated with radiation shielding and their market dominance in the nuclear power sector.

Radiation shielding concrete plays a quintessential role in medical facilities, especially in region's that employ radiation emitting diagnostic tools, such as X-ray rooms and MRI suites. The primary radiation shielding concrete used here is standard density concrete with unique compositions of aggregates to ensure maximum shielding against X-rays. The key players in the application of radiation shielding concrete in medical facilities are often top tier hospital systems and medical technology companies, who understand requirements of radiation protection regulations and have a steady position in the healthcare sector.

The field of space exploration and research, which often entails exposure to cosmic radiation, necessitates the use of radiation shielding concrete. Here, high-performance concrete with a high content of heavy aggregates is widely used.