Bronze Material Specifications
C93200/ SAE 660
C95400 / SAE J461
Aluminum Bronze
Aluminum Bronze
C86300 / SAE 430B
Mangenese Bronze
Mangenese Bronze
ASTM B-144-52-3B
Copper 81.00 – 85.00%
Tin 6.25 – 7.50%
Lead 6.00 – 8.00%
Zinc 2.00 – 4.00%
Copper 81.00 – 85.00%
Tin 6.25 – 7.50%
Lead 6.00 – 8.00%
Zinc 2.00 – 4.00%
ASTM B505-08
Copper 83.00% min.
Aluminum 10.00 – 11.50%
Iron 3.00 – 5.00%
Copper 83.00% min.
Aluminum 10.00 – 11.50%
Iron 3.00 – 5.00%
ASTM B22
Copper 60.00 – 66.0%
Zinc 22.00 – 28.0%
Iron 2.00 – 4.00%
Aluminum 5.00 – 7.50%
Mangenese 2.50 – 5.00%
Copper 60.00 – 66.0%
Zinc 22.00 – 28.0%
Iron 2.00 – 4.00%
Aluminum 5.00 – 7.50%
Mangenese 2.50 – 5.00%
Tensile Strength 44,000 PSI
Yield Strength 24,000 PSI
Elongation in 2 inches 16%
Yield Strength 24,000 PSI
Elongation in 2 inches 16%
Tensile Strength 95,000 PSI
Yield Strength 45,000 PSI
Elongation in 2 inches 10%
Yield Strength 45,000 PSI
Elongation in 2 inches 10%
Tensile Strength 110,000 PSI
Yield Strength 62,000 PSI
Elongation in 2 inches 14%
Yield Strength 62,000 PSI
Elongation in 2 inches 14%
** PV 75,000
P = 3,000
V = 750
P = 3,000
V = 750
PV 125,000
P = 4,000
V = 225
P = 4,000
V = 225
PV 150,000
P = 8,000
V = 4000
P = 8,000
V = 4000
Min. Temp: -450F
Max. Temp: +500F
Max. Temp: +500F
Min. Temp: -450F
Max. Temp: +750F
Max. Temp: +750F
Min. Temp: -450F
Max. Temp: +400F
Max. Temp: +400F
**Loads and Speeds
Load and speed limitations must be ascertained in order to insure proper bearing design. If design limits are exceeded, the bearing life will decrease and could result in premature failure. To determine the capacity of a bearing, use the following PV formula.
PV = The load per square inch of project area
P = Load
I.D. x Length
V = Shaft velocity in feet per minute