Product Introduction
Lead Glass is engineered to provide superior protection against ionizing radiation, including X-rays and gamma rays, while maintaining exceptional optical clarity. Ideal for medical, industrial, and nuclear applications, this high-quality lead glass ensures safety without compromising visibility.
Product Specifications
Composition: Lead barium type glass with over 60% heavy metal oxide content, including at least 55% PbO
Density: Minimum 4.36 g/cm³
Refractive Index: 1.71
Knoop Hardness: 370
Light Transmission: Approximately 87.3% at 7mm thickness
Standard Thicknesses:
7mm (1.6 mm Pb equivalent)
9mm (2.0 mm Pb equivalent)
14mm (3.0 mm Pb equivalent)
17mm (3.3 mm Pb equivalent)
Maximum Sheet Size: Up to 1200 x 2600 mm
Customization: Cut-to-size pieces and higher lead equivalents available upon request
Product Features
Superior Radiation Shielding: Effectively attenuates X-rays and gamma rays, ensuring safety in high-radiation environments
High Optical Clarity: Maintains excellent light transmission without discoloration over time
Durability: Hard, polished surfaces offer excellent scratch resistance and longevity
Chemical Resistance: Resistant to staining and degradation from cleaning agents and environmental factors
Non-Combustible: Does not emit toxic fumes when cut, ensuring safety during installation and use
Product Structure
Our lead glass is manufactured using a proprietary blend of heavy metal oxides, resulting in a homogeneous material with consistent density and composition. The glass is available in both single-layer and laminated forms:
Single-Layer Lead Glass: Standard option suitable for most applications requiring radiation shielding.
Laminated Lead Glass (LX Premium): Features additional protective layers to enhance impact resistance and ease of cleaning, making it ideal for high-traffic or high-risk areas
Application Scenarios
Medical Facilities:
Observation windows in X-ray rooms, CT rooms, and MRI suites
Protective barriers in radiology departments
Viewing panels in nuclear medicine and PET scan rooms
Industrial and Security:
Radiation shielding in non-destructive testing facilities
Protective windows in airport security scanners
Observation panels in industrial radiography setups
Nuclear and Research:
Shielding windows in nuclear power plants
Protective barriers in research laboratories handling radioactive materials
Observation windows in radioactive storage facilities
Product Specifications
Composition: Lead barium type glass with over 60% heavy metal oxide content, including at least 55% PbO
Density: Minimum 4.36 g/cm³
Refractive Index: 1.71
Knoop Hardness: 370
Light Transmission: Approximately 87.3% at 7mm thickness
Standard Thicknesses:
7mm (1.6 mm Pb equivalent)
9mm (2.0 mm Pb equivalent)
14mm (3.0 mm Pb equivalent)
17mm (3.3 mm Pb equivalent)
Maximum Sheet Size: Up to 1200 x 2600 mm
Customization: Cut-to-size pieces and higher lead equivalents available upon request
Product Features
Superior Radiation Shielding: Effectively attenuates X-rays and gamma rays, ensuring safety in high-radiation environments
High Optical Clarity: Maintains excellent light transmission without discoloration over time
Durability: Hard, polished surfaces offer excellent scratch resistance and longevity
Chemical Resistance: Resistant to staining and degradation from cleaning agents and environmental factors
Non-Combustible: Does not emit toxic fumes when cut, ensuring safety during installation and use
Product Structure
Our lead glass is manufactured using a proprietary blend of heavy metal oxides, resulting in a homogeneous material with consistent density and composition. The glass is available in both single-layer and laminated forms:
Single-Layer Lead Glass: Standard option suitable for most applications requiring radiation shielding.
Laminated Lead Glass (LX Premium): Features additional protective layers to enhance impact resistance and ease of cleaning, making it ideal for high-traffic or high-risk areas
Application Scenarios
Medical Facilities:
Observation windows in X-ray rooms, CT rooms, and MRI suites
Protective barriers in radiology departments
Viewing panels in nuclear medicine and PET scan rooms
Industrial and Security:
Radiation shielding in non-destructive testing facilities
Protective windows in airport security scanners
Observation panels in industrial radiography setups
Nuclear and Research:
Shielding windows in nuclear power plants
Protective barriers in research laboratories handling radioactive materials
Observation windows in radioactive storage facilities
