Lead Glass

Name: Lead Glass
Brand: X-TECH MEDICAL SYSTEMS PRIVATE LIMITED
Price: 21000 INR
Availability: InStock

Price 21000 INR/ Piece

Get a Price/Quote

MOQ : 5 Pieces

Lead Glass Specification

Bent Tempered
No

Transparency
Transparent

Structure
Solid sheet

Flat Tempered
Yes

Tolerance
±0.5 mm

Finish Type
Polished

Strength
Moderate impact resistance

Glass Type
Lead Glass

Features
Radiation shielding High clarity

Material
Glass with high lead content

Thickness
4 mm - 20 mm

Weight
Heavy (due to lead content)

Surface
Smooth

Density
6.22 Gram per cubic centimeter(g/cm3)

Composition
Lead-oxide glass

Technique
Casting and machining

Pattern
Plain

About Lead Glass

Does lead glass protect from radiation? Yes, this type of glass is important to provide safety from radiation. Lead glass and other forms of specialty glass are now regarded as critical materials for radiation shielding. Lead-containing glasses absorb gamma, x-ray, and neutron radiation significantly, in addition to having adjustable mechanical, chemical, and optical characteristics. Does glass show up on X-ray? Radio-opaque materials, such as glass or metal, are typically visible. Other less thick materials, such as wood, are not easily recognised by X-rays.

Exceptional Radiation Shielding

This lead glass provides robust protection against harmful radiation, making it indispensable for X-ray rooms, laboratories, and industrial sites. Its high lead-oxide content ensures safety for personnel without sacrificing transparency or visual clarity, thereby allowing safe observation during procedures.

Versatility in Application

Crafted as flat, polished sheets in thicknesses from 4 mm to 20 mm, our lead glass adapts to various project requirements. Its transparency and plain design suit everything from medical viewing windows to protective barriers in industry, combining functionality with a professional appearance.

High-Quality Manufacturing

Produced through precise casting and machining techniques, our lead glass exhibits a smooth, polished surface with consistent quality. Strict adherence to dimensional tolerance and surface finish standards guarantees reliable performance and effortless integration into demanding environments.

FAQ's of Lead Glass:

Q: How does the high lead content in this glass enhance its radiation shielding capabilities?

A: The elevated lead-oxide content significantly increases the density of the glass (6.22 g/cm3), which effectively absorbs and blocks harmful radiation such as X-rays and gamma rays. This characteristic makes it highly suitable for use in environments requiring stringent radiation protection measures.

Q: What types of environments or industries typically use this lead glass?

A: This lead glass is commonly installed in medical settings (like X-ray rooms and diagnostic laboratories), research facilities, nuclear plants, and various industrial applications where both visibility and shielding from harmful radiation are critical.

Q: When should I choose flat tempered lead glass over other forms of radiation shielding?

A: Flat tempered lead glass is ideal when clear, unobstructed viewing and reliable protection are both required. Unlike bent or non-tempered varieties, it offers better mechanical strength and safety, making it suitable for use as observation windows or partition panels.

Q: Where can I source this lead glass and does the supplier offer installation services in India?

A: You can obtain this lead glass directly from leading Indian manufacturers, service providers, and suppliers specializing in radiation shielding products. Some suppliers may also offer professional installation and after-sales support across India.

Q: What is the typical manufacturing process for this lead glass?

A: The glass is produced by combining high percentages of lead oxide and other raw materials through a casting process, followed by precision machining to achieve desired thickness and tolerances. The resulting sheets are then polished for clarity and smoothness.

Q: How can I ensure the correct thickness of lead glass for my specific application?

A: The required thickness depends on the level and type of radiation exposure in your environment. Consulting with the manufacturer or a radiation protection specialist can help you determine the optimal thickness (from 4 mm to 20 mm) and ensure compliance with safety standards.

Q: What are the key benefits of using this lead glass compared to other shielding materials?

A: Unlike opaque shields, this lead glass combines effective radiation protection with high optical clarity, allowing safe observation. Its smooth, polished finish ensures durability and ease of cleaning, while the solid sheet structure delivers reliable performance and straightforward installation.

Tell us about your requirement