Lead bronze is a type of alloy composed of copper, tin and lead. This alloy usually contains the majority of copper, a certain proportion of tin and some lead. The properties of lead bronze result from the combination of these components and usually include the following characteristics:

Durability and Toughness: Lead bronze gains additional durability by adding tin and lead to the durability and toughness of copper.

Corrosion Resistance: With the corrosion resistance properties of tin and copper, lead bronze can be preferred especially in environments exposed to corrosion factors such as water and seawater.

Friction Resistance: Lead bronze has a low coefficient of friction, making it suitable for the production of plain bearings and parts subject to friction.

Good Machinability: This alloy has good machinability for casting, forming and machining operations, which facilitates the production of various parts.

High Density: The inclusion of lead makes lead bronze a high density material.

Due to these properties, lead bronze is used in various fields of application. Here are some areas where lead bronze is commonly used:

Marine and Ships: Lead bronze is used in shipbuilding and marine applications due to its water resistance and corrosion resistance.

Friction Parts: The low coefficient of friction and durability make lead bronze the preferred choice for the production of friction parts.

Machine Parts: Due to its durability, lead bronze can be used to manufacture parts used in industrial machinery.

Electrical Connectors: Lead bronze's good conductive properties support its use in the manufacture of electrical connectors and contact surfaces.

The properties and uses of lead bronze make it particularly advantageous for the production of wear-resistant parts for marine and machinery.