new material
Radiation-resistant glass is a specialized optical material designed to provide high transparency while effectively blocking ionizing radiation, including X-rays and gamma rays. Engineered with advanced glass compositions and precise doping techniques, it offers superior shielding efficiency, thermal stability, and mechanical durability. This material is widely used in medical imaging rooms, nuclear facilities, aerospace applications, and scientific research laboratories, ensuring safety and protection in high-radiation environments.
Product Overview
Radiation-resistant glass is a special glass material designed for radiation protection. It is primarily composed of silica, lead, barium, and other elements, and exhibits significant radiation absorption properties. This glass effectively blocks or attenuates harmful radiation wavelengths, ensuring the protection of both personnel and equipment from radiation damage. Radiation-resistant glass is widely used in nuclear energy, medical, and research fields, making it an essential material in radiation shielding applications.
Key Features
- Efficient Radiation Protection: Effectively absorbs or attenuates radiation wavelengths, especially providing significant protection against X-rays and gamma rays (γ-rays).
- Strong Chemical Stability: Radiation-resistant glass has excellent chemical resistance, allowing it to be used in harsh environments over extended periods.
- Good Transparency: Despite its radiation protection capabilities, the glass maintains high transparency, making it suitable for environments requiring visual monitoring.
- High Temperature Resistance: Features strong resistance to high temperatures, making it ideal for radiation shielding in high-temperature environments.
- Customizable Sizes: Offers customized sizes and shapes based on specific application needs.
Applications
- Nuclear Industry: Used in nuclear power plants, nuclear facilities, and other radiation environments to protect personnel and equipment.
- Medical Industry: Widely used in radiation protection windows for X-ray machines, CT scanners, and other medical imaging equipment to protect workers from radiation exposure.
- Research Field: Acts as protective material in radiation experiments, safeguarding laboratory equipment and personnel.
- Radiation Shielding: Used in radiation shielding rooms, radiation laboratories, and radioactive material storage areas.
- Aerospace: Protects equipment in space from cosmic radiation in spacecraft and other aerospace applications.
- Industrial Applications: Provides safety protection in industrial environments with high radiation exposure.
