Alloy Guide Sheet Terms of Use

Use Good Design Principles

1. St. Paul Foundry is providing this information on metal characteristics for informational purposes only. Before making a final decision on alloy selection consider the following and all other appropriate design and specification principles. Please note that this is not an exhaustive list.

2. Consult the appropriate specification from an accredited specifying body (ASTM, SAE, Federal or Military) to determine current minimum values of this alloy.

3. Use appropriate design safety factors.

4. Use Failure Modes and Effects Analysis to help identify possible weaknesses in designs and specifications.

5. Use computerized stress analysis tools.

6. Use appropriate certification requirements for your casting suppliers. These may include test bars, chemical certifications, radiography, dye penetrant or other non-destructive testing methods.

7. Test your design to failure in a controlled environment. Then test it to failure in a simulation of its end use.

8. You and you alone are responsible for the suitability of your design and the materials that you select.

Disclaimer

WHILE EVERY EFFORT IS MADE BY ST. PAUL FOUNDRY (SPF) TO ENSURE ACCURACY, THIS INFORMATION IS PROVIDED FOR GENERAL INFORMATION PURPOSES ONLY AND NOT FOR ANY OTHER PURPOSE. BY ACCESSING THIS INFORMATION, YOU AGREE THAT IT MAY BE REVISED AT ANY TIME, IT IS PROVIDED “AS IS” AND WITHOUT ANY EXPRESS OR IMPLIED WARRANTY, THAT NO WARRANTY OR REPRESENTATION IS MADE ABOUT ITS CONTENT OR SUITABILITY FOR ANY PURPOSE, AND THAT SPF EXPRESSLY DISCLAIMS WARRANTIES OF MERCHANTABILITY AND FITNESS. YOU ASSUME ALL RISK AND LIABILITY FOR ANY LOSS, DAMAGE, CLAIM, OR EXPENSE RESULTING FROM YOUR REVIEW, USE, OR POSSESSION OF THIS INFORMATION.



Skip Navigation LinksC95500 '9D' Nickel Aluminum Bronze
St. Paul
Foundry
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Great Castings          St. Paul Foundry 954 Minnehaha Ave West St. Paul MN 55104 651-488-5567 www.stpaulfoundry.com

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C95500 '9D' ALUMINUM BRONZE
Aliases
CDA NUMBER C95500
Common Name 9D Aluminum Bronze
Alias 9D
Alias Nickel Aluminum Bronze
Alias C955
Alias 955 Nickel Aluminum Bronze
Alias NAB
SAE 68D
Alias Dura
Nearest Applicable Casting Standards
ASTM (B Series) B148
SAE (J Series) J462
Federal (QQ-C- Series) 390
Military (Mil-C- Series) 22229
Specification Composition
Minimum Maximum
Copper (Cu) 78
Iron (Fe) 3 5
Nickel (Ni) 3 5.5
Aluminum (Al) 10 11.5
Copper + Sum of Named Elements 99.5
Specification Properties
(Heat Treat 'F' Denotes As Cast) Heat Treat State Minimum
Tensile Strength (ksi) F 90
Yield Strength (.5% extension under load) (ksi) F 40
Elongation (2 inch gauge length) (%) F 6
Typical Properties
Heat Treat State Typical
Reduction of Area (%) 10
Proportional Limit (ksi) 31
Modulus of Elasticity (ksi) 19000
Hardness (Brinell) (HB @ 3000kg) 200
Machinability (% of free cutting brass) 50
Fatigue Strength (10^8 cycles) (ksi) 32
Impact Strength (Charpy) (ft-lb) 10
Impact Strength (Izod) (ft-lb) 13
Shear Strength (ksi) 48
Compressive Strength (0.100 in. set/in.) (ksi) 120
Creep Strength (0.00001% per hour) (ksi) 10.5 @ 600F
Melting Range (Liquidus-Solidus)(F) 1900-1930
Coefficient of Thermal Expansion (per F @ 68-400F) 0.0000090
Thermal Conductivity (Btu/sq.ft/ft./hr/F @ 68F) 24.2
Specific Heat (Btu/lb/F @ 68F) 0.1
Electrical Conductivity (% IACS @ 68F) 8.5
Density (lb/cu.in. @ 68F) 0.272
Pouring Temperature (Light Castings) (F) 2250-2350
Pouring Temperature (Heavy Castings) (F) 2150-2250
Patternmakers Shrinkage (in/ft) 3/16
Drossing High
Gassing Medium
Fluidity Medium
Shrinkage High
Casting Yield Low
Comments
Wear Resistance: C95500 the best of all bronzes.
Corrosion Resistance*
*While corrosion reistance is listed for food products, certain alloys may be unacceptable for other reasons.
Natural Gas Excellent Resistance
Acetylene Explosive!
Acetone Excellent Resistance
Acetic Acid, Glacial Excellent Resistance
Acetic Acid, 50% Excellent Resistance
Acetic Acid, 20 % Excellent Resistance
Acetate Solvents Excellent Resistance
Potassium Cyanide Not Recommended
Potassium Chloride Excellent Resistance
Picric Acid Not Recommended
Phosphoric Acid Excellent Resistance
Oxalic Acid Excellent Resistance
Oleic Acid Excellent Resistance
Nitric Acid Not Recommended
Cottonseed Oil Excellent Resistance
Magnesium Chloride Excellent Resistance
Ammonia, Moist Gas Not Recommended
Lacquer Thinners Excellent Resistance
Lactic Acid Excellent Resistance
Linseed Oil Excellent Resistance
Liquor,Black Acceptable
Nickel Sulfate Excellent Resistance
Liquor, White Excellent Resistance
Nickel Chloride Acceptable
Magnesium Hydroxide Excellent Resistance
Magnesium Sullate Excellent Resistance
Mercury, Mercury Salts Not Recommended
Milk Excellent Resistance
Molasses Excellent Resistance
Aluminum Sulfate Excellent Resistance
Liquor,Green Acceptable
Carbon Dioxide, Moist Excellent Resistance
Alcohols Excellent Resistance
Calcium Chloride (acid) Excellent Resistance
Calcium Chloride (alkaline) Excellent Resistance
Calcium Hydroxide Acceptable
Calcium Hypochlorite Acceptable
Butane Excellent Resistance
Carbonated Beverages Excellent Resistance
Boric Acid Excellent Resistance
Carbon Tetrachloride, Moist Acceptable
Chlorine, Dry Excellent Resistance
Chlorine,Moist Not Recommended
Chromic Acid Not Recommended
Citric Acid Excellent Resistance
Copper Sulfate Acceptable
Cane Sugar Syrups Excellent Resistance
Asphalt Excellent Resistance
Hydrogen Sulfide,Dry Acceptable
Ammonia,Moisture-Free Excellent Resistance
Ammonium Chloride Not Recommended
Ammonium Hydroxide Not Recommended
Ammonium Nitrate Not Recommended
Calcium Bisulfite Excellent Resistance
Aniline and Aniline Dyes Acceptable
Aluminum Chloride Acceptable
Barium Chloride Excellent Resistance
Barium Sulfide Not Recommended
Beer Excellent Resistance
Beet Sugar Syrup Excellent Resistance
Benzine Excellent Resistance
Benzol Excellent Resistance
Ammonium Sulfate Excellent Resistance
Sulfuric Acid, 78% or Less Excellent Resistance
Trichlorethylene, Dry Excellent Resistance
Stearic Acid Excellent Resistance
Sulfur, Solid Excellent Resistance
Sulfur Chloride Not Recommended
Sulfur Dioxide, Dry Excellent Resistance
Sodium Sulfate, Silicate Excellent Resistance
Sulfur Trioxide, Dry Excellent Resistance
Sodium Phosphate Excellent Resistance
Sulfuric Acid, 78% to 90% Acceptable
Sulfuric Acid, 90% to 95% Acceptable
Sulfuric Acid, Fuming Excellent Resistance
Tannic Acid Excellent Resistance
Tartaric Acid Excellent Resistance
Lacquers Excellent Resistance
Sulfur Dioxide, Moist Excellent Resistance
Sodium Carbonate Excellent Resistance
Potassium Hydroxide Excellent Resistance
Potassium Sulfate Excellent Resistance
Propane Gas Excellent Resistance
Sea Water Excellent Resistance
Soap Solutions Excellent Resistance
Sodium Sulfite, Thiosulfate Acceptable
Sodium Bisulfate Excellent Resistance
Trichlorethylene, Moist Excellent Resistance
Sodium Chloride Excellent Resistance
Sodium Cyanide Acceptable
Sodium Hydroxide Excellent Resistance
Sodium Hypochlorite Not Recommended
Soduim Nitrate Excellent Resistance
Sodium Peroxide Acceptable
Sodium Bicarbonate Excellent Resistance
Glycerine Excellent Resistance
Toluene Acceptable
Fuel Oil Excellent Resistance
Furfural Excellent Resistance
Gasoline Excellent Resistance
Gelatin Excellent Resistance
Formic Acid Excellent Resistance
Glue Excellent Resistance
Formaldehyde Excellent Resistance
Hydrochloric or Muriatic Acid Acceptable
Hydrofluoric Acid Excellent Resistance
Hydrofluosilicic Acid Acceptable
Hydrogen Excellent Resistance
Hydrogen Peroxide Not Recommended
Carbon Tetrachloride, Dry Excellent Resistance
Glucose Excellent Resistance
Zinc Chloride Acceptable
Turpentine Excellent Resistance
Varnish Excellent Resistance
Vinegar Acceptable
Water, Acid Mine Not Recommended
Water, Condensate Excellent Resistance
Freon Excellent Resistance
Whiskey Excellent Resistance
Hydrogen Sulfide, Moist Acceptable
Zinc Sulfate Acceptable
Creosote Excellent Resistance
Ethers Excellent Resistance
Ethylene Glycol Excellent Resistance
Ferric Chloride,Sulfate Not Recommended
Ferrous Chloride, Sullate Not Recommended
Water, Potable Excellent Resistance
Carbon Dioxide, Dry Excellent Resistance
Applications
Agitated Acidic Saltwater Environments
Bearing Half
Bearings
Body
Bushes
Centrifugal Castings
Chain Pawl
Channel Covers
Collector Shoe
Compressed Natural Gas
Connecting Rod
Contact Lever
Continuous Cast Bar & Shapes
Corrosion Resistant Structural Parts
Coupling Arm
Deep Drawing Dies
Desalination Hardware
Die-cast Components
Fan
Gear
Gear Blanks
Gear Selector Forks
Gears
Glass Molds
Heat Exchanger Parts
Impeller
Impellers Bearings
Key
Lever
Liquefied Petroleum
Male Adapter Flange
Manifold
Manifold Npt
Marine Equipment
Nab Manifold
Nab Ql Manifold
Non-spark Tools
Non-sparking Tools
Nuts
Pickling Equipment
Pipe Fittings
Pool Grate Cover
Propeller
Propeller Brackets
Propellers
Pumps
Ring
Roll Mount
Rolling Mill Equipment
Rolling Mill Slippers
Rudder
Rudder Brackets
Rudder Wpost(lapoin
Rudders
Seat
Shafts
Sleve
Spindle Drum
Spring Chamber
Stem Nut
Strut
Synchronizing Rings
Tubesheets
Valve Bodies
Valve Guides And Seats In Aircraft Engines
Valves
Water Cooled Compressors
Wear Parts
Welding Jaws
Wheel
Worms
Great Castings
         St. Paul Foundry 954 Minnehaha Ave West St. Paul MN 55104 651-488-5567 www.stpaulfoundry.com
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St. Paul Foundry
954 Minnehaha Avenue West
Saint Paul, Minnesota 55104
(651) 488-5567  Fax: (651) 488-0908
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Alloy Guide Sheet Terms of Use

Use Good Design Principles

1. St. Paul Foundry is providing this information on metal characteristics for informational purposes only. Before making a final decision on alloy selection consider the following and all other appropriate design and specification principles. Please note that this is not an exhaustive list.

2. Consult the appropriate specification from an accredited specifying body (ASTM, SAE, Federal or Military) to determine current minimum values of this alloy.

3. Use appropriate design safety factors.

4. Use Failure Modes and Effects Analysis to help identify possible weaknesses in designs and specifications.

5. Use computerized stress analysis tools.

6. Use appropriate certification requirements for your casting suppliers. These may include test bars, chemical certifications, radiography, dye penetrant or other non-destructive testing methods.

7. Test your design to failure in a controlled environment. Then test it to failure in a simulation of its end use.

8. You and you alone are responsible for the suitability of your design and the materials that you select.

Disclaimer

WHILE EVERY EFFORT IS MADE BY ST. PAUL FOUNDRY (SPF) TO ENSURE ACCURACY, THIS INFORMATION IS PROVIDED FOR GENERAL INFORMATION PURPOSES ONLY AND NOT FOR ANY OTHER PURPOSE. BY ACCESSING THIS INFORMATION, YOU AGREE THAT IT MAY BE REVISED AT ANY TIME, IT IS PROVIDED “AS IS” AND WITHOUT ANY EXPRESS OR IMPLIED WARRANTY, THAT NO WARRANTY OR REPRESENTATION IS MADE ABOUT ITS CONTENT OR SUITABILITY FOR ANY PURPOSE, AND THAT SPF EXPRESSLY DISCLAIMS WARRANTIES OF MERCHANTABILITY AND FITNESS. YOU ASSUME ALL RISK AND LIABILITY FOR ANY LOSS, DAMAGE, CLAIM, OR EXPENSE RESULTING FROM YOUR REVIEW, USE, OR POSSESSION OF THIS INFORMATION.