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C93700 (SAE 64) Bronze Bars
Continuous Cast Cored Bars
High-Leaded Tin Bronze
CDA 937
SAE 64 83-10-10
ASTM B505
Bunting continuous cast bronze bars of C93700 give superior quality and performance. Continuous casting achieves a high density grain structure, free of porosity, resulting in a reduction of tool wear and component rejects.
Solid and cored bars are stocked in 13" increments and 105" lengths, and are available in other lengths and non-standard sizes. Consider bars for use when you need special bearings, bearings for prototypes, or for emergency repairs.
Typical Properties: (Not to be used for specification purposes.)
Copper: 78.00 – 82.00%
Tin: 9.00 – 11.00%
Lead: 8.00 – 11.00%
Physical Properties: Continuous Cast
Tensile Strength, PSI: 35,000 min.
Yield Strength, PSI: 20,000 min.
Elongation: 6% min.
Brinell Hardness (500 kg load): 60 typical
Machinability Rating 80
Minimum Operating Temperature -450°F
Maximum Operating Temperature 500°F
C93700 has higher tin and lead than C93200 and is used in bearings with higher speeds and loads. It has increased corrosion and oxidation resistance, with good anti-frictional properties, good load-carrying ability and excellent machinability. C93700 can be used in applications where lubrication may be low or interrupted.
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.
CDA 937
SAE 64 83-10-10
ASTM B505
Bunting continuous cast bronze bars of C93700 give superior quality and performance. Continuous casting achieves a high density grain structure, free of porosity, resulting in a reduction of tool wear and component rejects.
Solid and cored bars are stocked in 13" increments and 105" lengths, and are available in other lengths and non-standard sizes. Consider bars for use when you need special bearings, bearings for prototypes, or for emergency repairs.
Typical Properties: (Not to be used for specification purposes.)
Copper: 78.00 – 82.00%
Tin: 9.00 – 11.00%
Lead: 8.00 – 11.00%
Physical Properties: Continuous Cast
Tensile Strength, PSI: 35,000 min.
Yield Strength, PSI: 20,000 min.
Elongation: 6% min.
Brinell Hardness (500 kg load): 60 typical
Machinability Rating 80
Minimum Operating Temperature -450°F
Maximum Operating Temperature 500°F
C93700 has higher tin and lead than C93200 and is used in bearings with higher speeds and loads. It has increased corrosion and oxidation resistance, with good anti-frictional properties, good load-carrying ability and excellent machinability. C93700 can be used in applications where lubrication may be low or interrupted.
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
Items |
B937C004008 C93700 (SAE 64) Continuous Cast Bronze Cored Bars |
B937C006010 C93700 (SAE 64) Continuous Cast Bronze Cored Bars |
B937C008012 C93700 (SAE 64) Continuous Cast Bronze Cored Bars |
B937C008016 C93700 (SAE 64) Continuous Cast Bronze Cored Bars |
B937C012016 C93700 (SAE 64) Continuous Cast Bronze Cored Bars |
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Stock Item?1 | N/A No | N/A No | N/A Yes | N/A No | N/A No | |||||
Nominal Size I.D. | N/A 1/2 in | N/A 3/4 in | N/A 1 in | N/A 1 in | N/A 1 1/2 in | |||||
Nominal Size O.D. | N/A 1 in | N/A 1 1/4 in | N/A 1 1/2 in | N/A 2 in | N/A 2 in | |||||
I.D. Min | N/A 0.4360 in | N/A 0.6860 in | N/A 0.9360 in | N/A 0.9360 in | N/A 1.4360 in | |||||
I.D. Max | N/A 0.4800 in | N/A 0.7300 in | N/A 0.9800 in | N/A 0.9800 in | N/A 1.4800 in | |||||
O.D. Min | N/A 1.0310 in | N/A 1.2810 in | N/A 1.5310 in | N/A 2.0340 in | N/A 2.0340 in | |||||
O.D. Max | N/A 1.0410 in | N/A 1.2910 in | N/A 1.5410 in | N/A 2.0440 in | N/A 2.0440 in | |||||
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