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Aluminum Bronze

Aluminum Bronze is an excellent and versatile material for use in highly corrosive environments requiring high mechanical properties. Used extensively in the aircraft, marine and petrochemical industries, aluminum bronze is preferred for the toughness, corrosion resistance and strength presented by up to 11% aluminum in this alloy. These alloys exhibit high resistance to corrosion in difficult atmospheric conditions and sea water due to the presence of a performance-enhancing surface layer of aluminum oxide.

Typical Applications:

  • Heavy Duty Pump Applications
  • Cams High Strength Bushings and Gears
  • Aircraft Landing Gear Components
  • Cams
  • Sleeve Bearings
  • Gears
  • Valve Guides

C61300

Chemical Composition
Element
CuPbSnZnFePNi(4)AlMnSi
Min (%)0.202.06.0
Max (%)Rem0.010.500.103.00.0150.157.50.200.10
Mechanical Properties
Temper CodeTensile Strength (ksi)YS-0.5% Ext (ksi)Elongation (%)Rockwell B scaleShear Strength (ksi)Section Size (in)Cold Work (%)
H0482 Typ55 Typ35 Typ90 Typ45 Typ125
H0480 Typ48 Typ35 Typ88 Typ40 Typ225
H0485 Typ58 Typ35 Typ91 Typ48 Typ0.525

C61400

Chemical Composition
Element
CuPbZnFePAlMn
Min (%)1.56.0
Max (%)Rem0.010.203.50.0158.01.0
Mechanical Properties
Temper CodeTensile Strength (ksi)YS-0.5% Ext (ksi)Elongation (%)Rockwell B scaleSection Size (in)
H0485 Typ45 Typ35 Typ91 Typ0.5
H0482 Typ40 Typ35 Typ90 Typ1
H0480 Typ35 Typ35 Typ88 Typ2

C62300

Chemical Composition
Element
CuSnFeNiAlMnSi
Min (%)2.08.5
Max (%)Rem0.64.01.010.00.500.25
Mechanical Properties
Temper CodeTensile Strength (ksi)YS-0.5% Ext (ksi)Elongation (%)Rockwell B scaleSection Size (in)
H0298 Typ52 Typ22 Typ89 Typ0.5
H0295 Typ50 Typ25 Typ88 Typ1
H0292 Typ48 Typ28 Typ87 Typ2
H0287 Typ45 Typ35 Typ85 Typ3
M3075 Typ35 Typ35 Typ80 Typ4

C62400

Chemical Composition
Element
CuSnFeAlMnSi
Min (%)2.010.0
Max (%)Rem0.204.511.50.300.25
Mechanical Properties
Temper CodeTensile Strength (ksi)YS-0.5% Ext (ksi)Elongation (%)Rockwell B scaleSection Size (in)
H0295 Typ47 Typ14 Typ91 Typ3
H02105 Typ52 Typ14 Typ92 Typ1
H0295 Typ48 Typ14 Typ92 Typ2
M3090 Typ40 Typ18 Typ87 Typ4

C63000

Chemical Composition
Element
CuSnZnFeNiAlMnSi
Min (%)2.04.09.0
Max (%)Rem0.200.304.05.511.01.50.25
Mechanical Properties
Temper CodeTensile Strength (ksi)YS-0.5% Ext (ksi)Elongation (%)Rockwell B scaleSection Size (in)
M30100 Typ60 Typ15 Typ96 Typ4
HR50118 Typ75 Typ15 Typ98 Typ1
HR50115 Typ65 Typ18 Typ96 Typ2
HR50112 Typ62 Typ20 Typ96 Typ3

C63200

Chemical Composition
Element
CuPbFeNiAlMnSi
Min (%)3.54.08.71.2
Max (%)Rem0.024.34.89.52.00.10
Mechanical Properties
Temper CodeTensile Strength (ksi)YS-0.5% Ext (ksi)Elongation (%)Rockwell B scaleSection Size (in)
O50103 Typ52 Typ24 Typ94 Typ2
O50105 Typ53 Typ22 Typ96 Typ1
O50102 Typ51 Typ24 Typ93 Typ3

C64200

Chemical Composition
Element
CuPbSnZnFeNiAlAsMnSi
Min (%).31.5
Max (%)Rem0.050.200.500.300.257.60.090.102.2
Mechanical Properties
Temper CodeTensile Strength (ksi)YS-0.5% Ext (ksi)Elongation (%)Rockwell B scaleSection Size (in)
M3075 Typ35 Typ32 Typ77 Typ0.75
H04102 Typ68 Typ22 Typ94 Typ0.75
H0493 Typ60 Typ26 Typ90 Typ1.5
O5090 Typ55 Typ28 Typ89 Typ0.75
O5092 Typ58 Typ22 Typ98 Typ0.5