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C86500 Manganese Bronze

Say goodbye to worries about corrosion with our C86500 Manganese Bronze. Formulated to resist corrosion even in corrosive environments, this alloy guarantees peace of mind in challenging conditions. From marine environments to industrial settings, our bronze alloy remains steadfast, maintaining its integrity and functionality without succumbing to rust or degradation.

Description

Understanding C86500 Manganese Bronze Bushings

What Exactly is Manganese Bronze?

Manganese bronze, a type of bronze enriched with manganese and other alloying elements, boasts superior physical properties. Known for its corrosion resistance, ductility, strength, and thermal and electrical conductivity, manganese bronze stands out for its heightened strength owing to its alloy composition.

Production Process of Manganese Bronze

Derived from Muntz metal, a brass alloy, manganese bronzes undergo a manufacturing process involving the melting of copper followed by the addition of zinc and other alloying metals. The resultant molten manganese bronze is then cast into molds to solidify into ingots.

Distinction from Other Bronzes

Manganese bronze outperforms its counterparts in wear and corrosion resistance, courtesy of the manganese infusion. This characteristic makes it a preferred choice for applications demanding high fatigue strength and corrosion resistance, particularly in marine settings.

Composition and Characteristics

Manganese bronze primarily comprises copper and zinc, along with manganese, iron, aluminum, lead, and tin in varying proportions. Its mechanical properties, exemplified by its yield strength of 460 MPa and tensile strength of 820 MPa (for instance, UNS C86300), distinguish it from other bronze variants.

C86500 Manganese Bronze Bushing

Applications of C86500 Manganese Bronze Bushings

Renowned for their robustness, endurance, and resistance to corrosion, C86500 Manganese Bronze Bushings find extensive use across diverse sectors. Some common applications include heavy-duty mechanical products, slow-speed heavy load bearings, marine fittings, and machinery parts substituting steel and malleable iron.

Mechanical and Chemical Properties

Manganese bronze exhibits superior hardness compared to silicon bronze, boasting a Brinell hardness of approximately 225. Its tensile strength of 820 MPa underscores its robustness. Moreover, its chemical properties, including excellent thermal conductivity and corrosion resistance, further enhance its utility.

Physical PropertyDescription
Hardness (Brinell)
225
Yield Strength
460 MPa
Tensile Strength
820 MPa
Density
7.70 g/cc
Elastic modulus
117 GPa
Fatigue strength
170 MPa
Machinability
8%

Chemical Properties of Manganese Bronze

Chemical PropertyDescription
Thermal conductivity
2.95 W/m-K
Melting point
885–920 °C
Corrosion resistance
Excellent

Self-Lubricating Properties

A notable feature of manganese bronze bushings is their self-lubricating nature, which minimizes friction and wear, extending their service life. This attribute makes them ideal for applications prone to wear and tear, such as marine equipment and pumps.

Conclusion

In essence, C86500 Manganese Bronze Bushings epitomize durability, resilience, and adaptability, making them indispensable components across a wide spectrum of industries and applications.

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