The Gamma Liner is used to reduce exposure to gamma radiation in operational and industrial environments. It functions as a passive radiation shielding material that limits radiation transmission based on selected thickness and applied surface area, ensuring controlled radiation protection without compromising system weight.
The Gamma Liner is suitable for use in military platforms, radiation-protected rooms, medical and industrial radiation zones, laboratories, mobile shelters, and vehicle interiors. It can be applied wherever gamma radiation shielding is required and where weight, space, and adaptability are operational constraints.
The liner is approximately 60% lighter than conventional radiation shielding materials, enabling easier integration into mobile and fixed platforms. It is not harmful to humans or the environment and does not require any special recycling procedures, allowing it to be disposed of under standard conditions.
The material can be customized to various shapes and sizes, making it suitable for flat, curved, or complex geometries. Thickness options are selected according to the required radiation dose reduction level.
The Gamma Liner is produced in thickness ranges between 0.25 mm and 4.00 mm. Weight values vary according to thickness, starting from approximately 2.20 kg/m² and increasing proportionally with liner thickness.
It provides high compressive strength, ensuring mechanical stability under structural loads, and offers an extended storage life of approximately 50 years under proper storage conditions.
The Gamma Liner complies with radiation shielding performance requirements tested at 150 kV and 10 mA in accordance with IEC 61331-1 standards.
Protection From Radiation Gamma Liner limits gamma radiation transmission by acting as a shielding barrier between the radiation source and personnel or equipment. By combining reduced weight, long service life, mechanical durability, and customizable geometry, it enables reliable radiation protection in both permanent and mobile operational environments without introducing environmental or disposal risks.