The Bronze Alloy 941 Advantage 

Bronze Alloy 941 is characterized by a lead content of up to 30 percent. The high lead amount results in superior embeddability and anti-seize properties, especially when there's an interruption or breakdown of lubrication. Also called Highly Leaded Bronze or C94100 Bronze, it can also tolerate the ingress of dirt and foreign bodies that otherwise may damage shafts or mating parts. Additional benefits of this material include:

Excellent Machinability The elevated lead content in C94100 acts as a natural lubricant during the machining process, allowing it to be cut, drilled, and shaped with ease. This results in faster production cycles, reduced tool wear, and lower overall manufacturing costs — making it a practical and cost-effective choice for high-volume component production.

Low Coefficient of Friction Bronze Alloy 941 exhibits a notably low coefficient of friction, which reduces heat generation and wear between mating surfaces during operation. This property makes it especially well-suited for bearing and bushing applications where smooth, consistent motion is essential to the performance and longevity of the assembly.

Good Conformability C94100's softness and high lead content allow it to conform to minor surface irregularities in mating shafts or housing bores. This self-adapting quality helps distribute load more evenly across the bearing surface, reducing stress concentrations and extending service life even in less-than-ideal operating conditions.

Moderate Load-Bearing Capacity While Highly Leaded Bronze is best suited for light to moderate load applications, it performs reliably under steady loads at low to moderate speeds. It is commonly used in applications where shock loads are minimal and consistent, predictable performance is prioritized over high-strength requirements.

Good Corrosion Resistance Like other copper-based alloys, C94100 offers inherent resistance to corrosion in a wide range of environments, including exposure to water, mild chemicals, and atmospheric conditions. This makes it a durable option for applications in agricultural, industrial, and marine environments where moisture and environmental contaminants are a concern.

Thermal Conductivity Bronze Alloy 941 possesses good thermal conductivity, allowing it to dissipate heat generated by friction during operation. This helps maintain dimensional stability and prevents premature material degradation, contributing to more consistent performance across varying operating temperatures.

Versatile Application Range Due to its unique combination of properties, C94100 is widely used in the production of bushings, bearings, thrust washers, and pump components across a broad range of industries — including automotive, heavy equipment, agriculture, and general industrial manufacturing. Its ability to perform in lightly lubricated or even momentarily unlubricated conditions makes it a dependable material choice where maintenance intervals may be irregular or difficult to control.

Additional benefits of this material include: 

• Excellent Bearing Qualities
• Malleable
• Good Corrosion Resistance
• Strong
• Ductile
• Easily Machinable
• Strong Wear Resistance
• Excellent Antifriction Qualities

When lubrication is difficult or wear parts must deform slightly to conform to irregular motion or fit perfectly, Bronze Alloy 941 may be your best bet. Improve your application with components manufactured from this material by U.S. Bronze Foundry & Machine.