Lead Bricks Ingots

Lead Bricks Ingots Specification

Water Absorption
<0.1%

Porosity (%)
<1%

Dimension (L*W*H)
Custom (e.g., 300mm x 100mm x 50mm)

Drying Shrinkage
Negligible (<0.05%)

Working Life
Long Service Life (varies by radiation exposure)

Bricks Type
Solid

Material
Lead

Type
Ingots / Bricks

Color
Metallic Grey

Size
Standard/custom, typically 300mm x 100mm x 50mm

Shape
Rectangular / Cuboid

Technics
Cast Moulded

Feature
High density, radiation shielding

Density
11.34 g/cm³

Resistance to Acid & Alkalis
Good

Purity
99.97% Pb (Lead)

Tensile Strength
13.7 MPa

Melting Point
327°C

Conductivity
Low electrical/thermal conductivity

Packing Type
Wooden Box/Steel Pallet

Lead Bricks Ingots Trade Information

Minimum Order Quantity
10 Kilograms

Supply Ability
1000 Kilograms Per Day

Delivery Time
5 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Bags

Main Domestic Market
All India

About Lead Bricks Ingots

In our vast product range, we also have on offer Lead Bricks for the clients. These products are manufactured in a wide variety of sizes, and can be availed by clients in plain and interlocking styles, in accordance with the requirement. Further, smooth surface of Lead Bricks facilitate easier decontamination of the shield from radioactive radiations. Mostly, these bricks are produced from about 4 per cent antimony lead alloy, as it is harder than pure lead.

Features:

Sturdy
Durable

Other details:

Resistant to damage
Rays that penetrate the first angle of the interlocking joint will actually strike an equal or greater depth of lead than the straight thickness of the wall and thus provide safety from radiations

Exceptional Radiation Shielding

With a high-density structure and purity of 99.97% lead, these bricks and ingots ensure superior protection against X-rays and gamma rays. Their robust rectangular or cuboid forms can be tailored to exact specifications, optimizing radiation shielding performance in laboratories, hospitals, and industrial sites.

Durable and Reliable Construction

Manufactured using cast moulding techniques, the ingots and bricks exhibit high tensile strength and negligible shrinkage. Their low porosity (<1%) and minimal water absorption (<0.1%) enhance durability, making them ideal for prolonged use even in challenging environments where resistance to acids and alkalis is essential.

Versatile Applications and Custom Sizing

Available in standard dimensions or customized sizes, these lead bricks and ingots suit a wide range of installationsfrom radiation barriers to weight balancing. Exported and sold by manufacturers, traders, and suppliers in India, they are packed securely for safe transport and long-lasting utility.

FAQs of Lead Bricks Ingots:

Q: How can Lead Bricks Ingots be customized to fit specific project requirements?

A: Lead Bricks Ingots can be ordered in custom sizes, with the typical standard dimension being 300mm x 100mm x 50mm. Manufacturers offer flexibility in length, width, and height to meet the unique specifications of different installations.

Q: What are the primary applications of these lead bricks and ingots?

A: These bricks and ingots are predominantly used for radiation shielding in medical imaging rooms, laboratories, nuclear facilities, and industrial settings. Their high-density material effectively blocks harmful radiation, protecting personnel and equipment.

Q: When is it appropriate to choose lead bricks for shielding purposes?

A: Lead bricks are recommended whenever robust and adaptable radiation shielding is neededparticularly in environments exposed to X-rays, gamma rays, or radioactive material. Their long service life makes them suitable for both temporary setups and permanent installations.

Q: Where do manufacturers source and export these lead products?

A: Manufacturers, exporters, and traders in India supply Lead Bricks Ingots to domestic and international markets. The products are securely packed in wooden boxes or steel pallets to ensure safe transit and delivery.

Q: What is the process used to manufacture these lead bricks and ingots?

A: The lead bricks and ingots are produced via cast moulding, which involves melting pure lead at 327C, pouring it into rectangular or cuboid moulds, and allowing it to solidify into dense, solid shapes with minimal porosity and shrinkage.

Q: How does the low electrical and thermal conductivity benefit radiation shielding applications?

A: Low electrical and thermal conductivity prevents unwanted electrical currents and heat transfer within shielded areas, making these bricks safer to use around sensitive electronic equipment and in temperature-controlled environments.

Q: What are the advantages of using lead bricks and ingots with high acid and alkali resistance?

A: The superior resistance to acids and alkalis allows these bricks to maintain structural integrity in chemically aggressive locations, reducing the need for frequent replacements and ensuring reliable long-term radiation protection.