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C95400 Aluminum Bronze is a non-lead “GREEN” Alloy
Aluminum Bronze
CDA 954
9C
ASTM B505
Aluminum bronze is a very hard, strong, abrasion resistant bronze whose physical properties remain good at elevated temperatures – compressive strength at 500°F is the same as that of tin bronzes at room temperature. Good applications include heavy earth moving equipment, roll neck bearings, and machine tool bearings.
Solid and cored bars are stocked in 13" increments and 144" lengths, and are available in other lengths and non-standard sizes. Solid and cored bars over 8" O.D. are stocked in 105" lengths. Consider bars for use when you need special bearings, bearings for prototypes, or for emergency repairs.
C95400 is available in either as cast condition or heat-treated.
Typical Properties: (Not to be used for specification purposes.)
Copper: 83.00% min.
Aluminum: 10.00 – 11.50%
Iron 3.00: – 5.00%
Physical Properties: Continuous Cast
As Cast
Tensile Strength, PSI: 85,000 min.
Yield Strength, PSI: 32,000 min.
Elongation: 12% min.
Heat Treated
Tensile Strength, PSI: 95,000 min.
Yield Strength, PSI: 45,000 min.
Elongation: 10% min.
Brinell Hardness (3000 kg load; As Cast): 170
Brinell Hardness (3000 kg load; Heat Treated): 195
Machinability Rating: 60
Minimum Operating Temperature: -450°F
Maximum Operating Temperature: 750°F intermittent to 1200°F
C95400 Aluminum bronze is used for low speed, and very high load bearing applications. C95400 requires hardened steel shafts and constant lubrication of grease, graphite or molybdenum-disulfide.
WARNING: This product can expose you to chemicals including Nickel, Lead & Tetrafluoroethylene which is known to the state of California to cause cancer. Lead and Nickel which are known to the state of California to cause birth defects or other reproductive harm. For more information, go to www.p65warnings.ca.gov.
Aluminum Bronze
CDA 954
9C
ASTM B505
Aluminum bronze is a very hard, strong, abrasion resistant bronze whose physical properties remain good at elevated temperatures – compressive strength at 500°F is the same as that of tin bronzes at room temperature. Good applications include heavy earth moving equipment, roll neck bearings, and machine tool bearings.
Solid and cored bars are stocked in 13" increments and 144" lengths, and are available in other lengths and non-standard sizes. Solid and cored bars over 8" O.D. are stocked in 105" lengths. Consider bars for use when you need special bearings, bearings for prototypes, or for emergency repairs.
C95400 is available in either as cast condition or heat-treated.
Typical Properties: (Not to be used for specification purposes.)
Copper: 83.00% min.
Aluminum: 10.00 – 11.50%
Iron 3.00: – 5.00%
Physical Properties: Continuous Cast
As Cast
Tensile Strength, PSI: 85,000 min.
Yield Strength, PSI: 32,000 min.
Elongation: 12% min.
Heat Treated
Tensile Strength, PSI: 95,000 min.
Yield Strength, PSI: 45,000 min.
Elongation: 10% min.
Brinell Hardness (3000 kg load; As Cast): 170
Brinell Hardness (3000 kg load; Heat Treated): 195
Machinability Rating: 60
Minimum Operating Temperature: -450°F
Maximum Operating Temperature: 750°F intermittent to 1200°F
C95400 Aluminum bronze is used for low speed, and very high load bearing applications. C95400 requires hardened steel shafts and constant lubrication of grease, graphite or molybdenum-disulfide.
WARNING: This product can expose you to chemicals including Nickel, Lead & Tetrafluoroethylene which is known to the state of California to cause cancer. Lead and Nickel which are known to the state of California to cause birth defects or other reproductive harm. For more information, go to www.p65warnings.ca.gov.
Unit of Measure
Stock Item?1 | N/A Yes |
Nominal Size I.D. |
N/A SOLID |
Nominal Size O.D. |
N/A 4 in |
O.D. Min |
N/A 4.0750 in |
O.D. Max |
N/A 4.1050 in |
Min. Temperature |
N/A -450 ºF |
Max. Temperature |
N/A 750 intermittent to 1200 ºF |
P Value (Max.) |
N/A 6000 |
V Value (Max.) |
N/A 250 |
PV Value (Max.) |
N/A 125000 |
- 1 Minimum quantities may apply to non-stock items, please contact customer service for more information.