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Leaded Tin Bronze Alloys
These alloys are usually more readily available and less expensive than other bronze alloys.
High-lead tin bronze alloys contain between 7% and 30% lead. Due to the presence of lead, this combination is easy to cut and maintains good thermal conductivity and good lubricity. High lead-tin bronze is well suited for bearing applications where lubrication boundaries may be lost. These alloys perform well in harsh environments where foreign materials, such as dirt and other foreign substances, may be present. Because of their ductility, they can encapsulate foreign material and protect the wear surfaces of coupled parts in the process.
C93700 is required for applications where acid resistance to sulfite fluids is required, bearing plates, bearings, bushings, high speed and heavy pressure bushings, corrosion resistant castings, crankshafts, high speed/heavy duty bearings, impellers, machine parts, steel mill repair parts, pressure-resistant castings, pumps, steel mill slides
Marine: Large ship bearings
|Alloy||Other||Tensile||Yield||Elongation||Brinell @ 500 KG|
Tin Bronze Alloys
Tin Bronze Alloys are known for their excellent resistance to corrosion and exceptional wearability. They have a high resistance to impingement as well as exceptional wearability against steel.
|Alloy||Other||Tensile||Yield||Elongation||Brinell @ 500kg|
|C90300||Navy G Bronze||44,000||22,000||18||70|
Aluminum Bronze Alloys
The Aluminum Bronze Alloys are used in heavy load applications. Known for their high resistance to corrosion and oxidation. The Aluminum Bronze Alloys are used widely in marine applications. They have a high resistance to galvanic action.
Manganese Bronze Alloys
These are the strongest of the cast bronze alloys. Used in heavy duty mechanical and fresh water applications.
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