Lead Ingots

Lead Ingots Specification

Feature
Corrosion resistant, high density, malleable, pure

Product Type
Lead Ingots

Material
Lead

Shape
Rectangular / Block

Chemical Composition
Pb (99.97% minimum), with trace amounts of Sb, Cu, Bi, As, and others

Purity
99.97% min

Dimension (L*W*H)
Approx. 500mm x 110mm x 65mm

Density
11.34 Gram per cubic centimeter(g/cm3)

Grade
Industrial / Commercial Grade

Application
Battery manufacturing, radiation shielding, cable sheathing, industrial use

Color
Dull Gray / Metallic

About Lead Ingots

Owing to our deep expertise in this domain, we are engaged in supplying Lead Ingots. These ingots are available in various LME regd brands as well as non LME regd brands.We can also offer remelted Lead ingots from reliable sources.

Chemical Composition of Lead- Material Number PB970R

Element	Composition, (%) (m/m)
Indicative Lead content	99.97
Silver	0.005
Arsenic	0.001
Bismuth	0.03
Cadmium	0.001
Copper	0.003
Nickel	0.001
Antimony	0.001
Tin	0.001
Zinc	0.0005
Total	0.03

Exceptional Material Purity and Quality

With a lead (Pb) content of at least 99.97%, our ingots uphold rigorous industrial standards. Trace elements such as antimony, copper, bismuth, and arsenic are tightly controlled, guaranteeing superior purity and performance. The result is a material that serves critical applications demanding high reliability and uniformity.

Versatile Industrial Applications

These lead ingots are widely used in battery construction, radiation shielding, and cable sheathing due to their high density, corrosion resistance, and malleable nature. Their customizable shapes accommodate a range of manufacturing needs, offering flexibility and efficiency for diverse industrial sectors.

FAQs of Lead Ingots:

Q: How are your lead ingots manufactured and shaped?

A: Our lead ingots are formed by smelting high-grade lead, refining it to a minimum purity of 99.97%, and pouring it into molds. We offer both rectangular blocks and custom shapes tailored to client specifications, ensuring precise dimensions and quality control throughout the process.

Q: What makes these lead ingots suitable for industrial applications?

A: Their high purity (99.97% min), significant density (11.34 g/cm), and corrosion resistance make them ideal for demanding industrial uses such as battery manufacturing, radiation shielding, and cable sheathing. These features ensure long-term durability and reliable performance.

Q: When should I choose lead ingots for radiation shielding or battery applications?

A: Lead ingots should be selected when applications require effective radiation attenuation or a robust component for batteries. Their high density and purity provide excellent barriers against radiation and efficient electrochemical properties for battery manufacturing.

Q: Where can these lead ingots be sourced in India?

A: We act as importers and service providers, supplying premium-quality lead ingots across India. Whether youre in manufacturing or industrial sectors, we can meet tailored requirements at various locations nationwide.

Q: What is the typical chemical composition of your lead ingots?

A: Our lead ingots contain a minimum of 99.97% lead (Pb) along with trace amounts of antimony (Sb), copper (Cu), bismuth (Bi), arsenic (As), and other minor elements, ensuring high purity suitable for sensitive applications.

Q: How can these lead ingots be customized for specific manufacturing needs?

A: We offer flexibility in ingot shape and dimensions, providing standard sizes or customized options to align with your manufacturing processes. This adaptability optimizes integration into your production lines.

Q: What are the main benefits of using your lead ingots?

A: Key benefits include high material purity, excellent corrosion resistance, reliable malleability, and a consistent supply. These attributes translate to enhanced product quality, safety, and reduced maintenance in industrial applications.

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