A lead ingot is a solid form of refined lead metal produced by casting molten lead into a defined shape for storage, transportation, remelting, and further industrial processing. Lead is represented by the chemical symbol Pb and has the CAS Number 7439-92-1.
High-purity lead ingots are used as an industrial raw material where controlled chemical composition, material consistency, and the characteristic physical properties of lead are required. Depending on the intended application, lead ingots can be supplied in different purity levels, dimensions, weights, and alloy compositions.
Our Lead Ingot is available with a purity of up to 99.999% and is suitable for customers looking for high-purity lead metal for specialized industrial and material processing applications.
The following specifications are based on the current product offering:
| Item | Specification |
|---|---|
| Product Name | Lead Ingot |
| Chemical Symbol | Pb |
| CAS Number | 7439-92-1 |
| Purity | 99.999% |
| Length | 8.2 cm |
| Width | 4.2 cm |
| Height | 2.5 cm |
| Packaging | Vacuum-sealed bag |
For projects requiring different dimensions, purity levels, packaging methods, or material specifications, customers can contact the supplier for product confirmation before ordering.
Lead is a dense, soft, and highly workable metal with a relatively low melting point. These characteristics make lead useful as a raw material for casting, alloy production, shielding materials, and other specialized industrial processes.
Lead ingots are commonly used as raw materials for downstream manufacturing and material processing. The appropriate purity and composition depend on the final application.
Lead is widely used in radiation shielding because of its high density and ability to attenuate X-rays and gamma radiation. Lead ingots can be processed into shielding components and other lead-based materials for medical, industrial, and scientific applications.
Lead is an important material in lead-acid battery manufacturing. Depending on the battery design and manufacturing process, specific lead or lead-alloy compositions may be required to produce battery components.
High-purity lead can be used as a feedstock for producing lead-based alloys. Controlled additions of elements such as antimony, tin, calcium, or other alloying elements can be used when a particular material composition is required.
Lead ingots provide a convenient form of feedstock for remelting and casting operations. Standardized ingot forms can simplify material handling, storage, weighing, and batch control.
Lead ingots can also be supplied to manufacturers and processors that require lead metal as a raw material for specialized products, components, shielding systems, or other industrial applications.
High-purity lead is particularly useful when material composition and impurity control are important to the downstream manufacturing process.
Pure lead ingots and lead alloy ingots serve different material requirements. A high-purity lead ingot is primarily selected when the chemical purity of Pb is important. Lead alloy ingots contain controlled quantities of other elements to modify properties such as hardness, strength, casting behavior, or electrochemical performance.
For example, antimony-containing lead alloys are used in applications where greater hardness or mechanical strength is required, while tin-containing lead alloys may be selected for specific downstream alloy-processing applications.
Therefore, buyers should select the lead material according to the final application rather than choosing a grade based only on the nominal lead content.
When purchasing lead ingots for industrial use, several factors should be considered before placing an order.
Confirm the required lead purity according to the downstream process. High-purity lead such as 99.999% Pb may be appropriate for applications where impurity levels need to be tightly controlled.
If the material will be used to manufacture a lead alloy or a specialized component, confirm the acceptable limits for elements such as silver, copper, iron, bismuth, arsenic, tin, antimony, and other trace elements.
Ingot dimensions should match the buyer's handling, melting, storage, and production requirements. Custom dimensions may be considered for specific production processes.
Lead products should be packaged appropriately for transportation, storage, and handling. Vacuum-sealed packaging can help protect the product during storage and transportation when specified.
For industrial projects, buyers should confirm minimum order quantities, available supply capacity, production lead time, and shipping arrangements before placing a bulk order.
Quality control is important when supplying high-purity lead metal for industrial applications. Depending on customer requirements, quality inspection may include chemical composition analysis, purity verification, dimensional inspection, surface inspection, and packaging checks.
For bulk industrial orders, buyers can also request relevant material documentation or a Certificate of Analysis (COA) to verify the chemical composition of the supplied material.
Lead is a toxic heavy metal, so occupational exposure must be properly controlled during handling, cutting, melting, processing, and recycling. Industrial users should follow applicable workplace safety regulations and use appropriate engineering controls, personal protective equipment, hygiene procedures, and waste-management practices.
Lead products should be handled only by trained personnel and stored in accordance with applicable local regulations. Requirements for transportation, labeling, documentation, and environmental management may vary by destination and application.
Choosing a reliable lead ingot supplier is important for maintaining consistent material quality and stable production. A qualified supplier should be able to provide clear product specifications, stable supply capacity, appropriate packaging, quality documentation, and technical support.
For industrial buyers, important purchasing information includes lead purity, chemical composition, ingot dimensions, order quantity, packaging requirements, delivery time, shipping port, and required documentation.
Our Lead Ingot is offered as a high-purity lead metal product with 99.999% purity and can be supplied for industrial customers requiring controlled lead material. Bulk supply and project-specific requirements can be discussed with our sales team.
The chemical symbol for lead is Pb. The CAS Number of elemental lead is 7439-92-1.
The listed Lead Ingot is supplied with a purity of 99.999%.
Lead ingots can be used as raw materials for battery manufacturing, radiation shielding, alloy production, casting, remelting, and other specialized industrial processes. The appropriate grade depends on the final application.
Lead ingots can potentially be supplied in different dimensions, weights, purity levels, or compositions depending on the supplier's manufacturing capabilities and customer requirements. Buyers should confirm customization requirements before ordering.
Because lead is a toxic heavy metal, lead ingots should be handled according to applicable occupational health, safety, environmental, and transportation requirements.
For an accurate quotation, buyers should provide the required purity, chemical composition, ingot dimensions or weight, total quantity, packaging requirements, destination, delivery terms, and any required quality documentation.
Lead ingots provide a convenient and standardized form of lead metal for industrial processing and downstream manufacturing. With high density, good workability, corrosion resistance, and excellent radiation attenuation characteristics, lead is used across a range of specialized applications.
For applications requiring tightly controlled material composition, a 99.999% high-purity Lead Ingot can provide a suitable raw material option. Buyers should evaluate purity, chemical composition, dimensions, packaging, documentation, and supply requirements together to ensure the selected lead ingot meets the needs of the intended application.