ChangSha Zegen Advanced Materials Limited

High purity metal lead is a high-quality,silvery gray lump, piece, or ingot, known for its exceptional purity levels of 99.999% and 99.9999%.With a chemical formula of Pb and a molecular weight of 207.19,this material is highly sought-after resource across various industries due to unique properties and versatility.It is an essential material in applications where even the slightest impurities could affect performance or reliability.

While it has excellent physical characteristics such as a high density of 11.343g/cm³,a melting point of 327.46℃,and a boiling point of 1740℃，high purity metal lead also requires careful handling,as it is prone to oxidation when exposed to air, resulting in the formation of dark gray lead oxide.Despite this,its distinct advantages in various applications make it indispensable in high-tech industries and scientific research

High Purity Metal Lead

Purity: 99.999%, 99.9999% (also known as 5N and 6N purity)

High purity lead has the distinctive ability to maintain its properties under various thermal and chemical conditions.Due to its high melting and boiling points,it remains stable in high-temperature environments,making it ideal for use in applications that require durable and reliable materials that can withstand extreme conditions.

Applications

1.Electronics Industry:High purity lead is eseential in the electronics industry,particularly in the manufacture of components like capacitors,batteries,and semiconductor materials.Its excellent conductivity properties make it an ideal material for use in circuits,while its high purity ensures that no impurities will affect the performance or efficiency of the final product.For example,it is used as a primary component in lead-acid batteries,where its excellent electrochemical properties contribute to long battery life and stable votlage output.

2.Battery Manufacturing:Lead is one of the most widely used materials in battery technology,particularly in lead-acid batteries.High purity lead ensures the highest level of performance,particularly in energy storage applications such as uninterruptible power supplies(UPS),automotive batteries,and renewable energy storage.The purity of the lead used in these batteries directly influences the charging efficiency,energy density,and lifespan of the battery.

3.Radiation Shielding:Lead,due to its high density,is an effective radiation shield and is commonly used in applications that require protection from radiation,such as in medical imaging,nuclear reactors,and X-ray rooms.High purity lead is particularly valuable in this application because its absence of impurities ensures maximum effectiveness in blocking harmful radiation while maintaining the integrity of the shielding material.

4.Soldering and Welding:High purity lead is a key material in the production of solder for electrical and electronic connections.The purity of the lead ensures that the solder has consistent melting and solidification points,which is critical in applications where precise and durable connections are required.In welding, it is used as a additive in alloyws to improve the smoothness and durability of the welded joints.

5.Aerospace and Military Applications:In the aerospace and defense industries,high purity lead is often used in various alloys,including lead-based shielding materials,to protect sensitive equipment from radiation.Additionally, the material is also utilized in manufacturing components for guided missiles and other military-grade products,where its high density and resistance to corrosion are valuable for ensuring reliablity and longevity under extreme conditions.

6.Scientific Research:High purity metal lead is often used in scientific research,particularly in laboratories focused on material science and environmental testing.In certain experiments,its precise chemical properties are essential for accurate results,and its stability makes it a reliable material for various forms of analysis and experimentation.

7.Lead Alloys:High purity lead serves as an important base material for creating various lead-based alloys.These alloys are used in a variety of applications including the manufacturing of leaded glass,lead-based bearings,and other industrial components requiring high-performance materials.The alloys are known for their excellent wear resistance,low friction properties,and ability to withstand high temperatures.

8.Environmental and Sustainable Applications:Lead’s environmental and sustainability role is crucial in reducing harmful emissions.High purity lead is used in some environmental technologies,such as in lead-based catalysts that help reduce emissions in industrial processes.In addition,it is important in the recycling industry,where high purity lead is recovered from used lead-acid batteries and reused in new applications,contributing to a cricular economy.

Advantages of High Purity Metal Lead

1.Superior Conductivity and Stability:High purity metal lead provides superior conductivity,essential in energy storage and electrical applications.With minimal impurities,it ensures maximum efficiency in energy transfer and heat conduction,making it a critical material for advanced electronics and batteries.

2.Long-Term Durability:The material’s resistance to corrosion and oxidation (if properly handled) ensures a long lifespan, particularly in industries like aerospace,where longevity is critical for both performance and safety.

3.Versatility Across Industries:High purity lead’s broad range of applications,from electronics and batteries to radiation shielding and scientific research,makes it one of the most versatile materials available in high-tech industries.

4.Safety and Reliability:High purity lead ensures safes,more reliable products,particularly in critical systems such as energy storage,aerospace,and medical imaging.Its minimal contanmination levels reduce the risk of failure or inefficiency, ensuring that products last longer and perform more effectively.

High purity metal lead is an essential material for a wide range of industries,offering superior conductivity,durability,and reliability.Whether used in electronics,energy storage,radiation shielding,or alloy production,its exceptional properties make it a crucial resource for manufacturers,researchers,and engineers across the globe.By providing high quality,high-performance products,Zegen Advanced Materials meets the demanding needs of industries that require the utmost precision and purity in their materials.