The performance of lead lined glass is stable and not easily affected by external environmental factors. This enables it to maintain its protective performance during long-term use, providing users with long-term protection. Lead lined glass has been widely used in medical, scientific research, industrial and other fields due to its excellent radiation resistance, high density and durability, good chemical stability, balance of aesthetics and practicality, strong customizability, and long-term stability.

Due to the much higher density of lead compared to other common metals, lead lined glass also has a relatively high density. This makes it more sturdy and able to withstand greater pressure and impact. In situations where important equipment or sensitive areas need to be protected, lead lined glass can provide better protection. Lead lined glass has excellent chemical stability and can resist the erosion of chemicals such as acid and alkali. This allows it to maintain its protective performance in some special environments, such as in certain chemical laboratories or industrial production lines.

Lead lined glass, as a unique protective material, has broad application prospects in medical, scientific research, industrial and other fields. With the continuous development of technology, the performance requirements for lead lined glass are also increasing. In the future, lead lined glass will play its unique advantages in more fields and make greater contributions to the development of human society.

Lead lined glass, with its unique properties, is used in the medical field to make X-ray rooms CT rooms and other radiation protection equipment provide a safe diagnostic and therapeutic environment for medical staff and patients. In the field of scientific research, lead lined glass is used to make various radiation protection devices, such as protective windows and doors in laboratories, to protect researchers from radiation damage.