Aluminum Bronze C63200
Specs: QQ-C-465 ASTM-B-150 ASTM-B-124 MIL-B-24059
C63200 Nickel Aluminum Bronze ASTM B150 is predominantly a Copper alloy (78-82%) with Aluminum, Nickel, Iron, and Manganese. It is a heat-treated alloy that is a strong, corrosion-resistant material that performs well at high and low temperatures, C63200 also has a low magnetic permeability making it ideal for instrumentation systems.
Commonly used in naval sea applications of commercial and military variety. C63200 is used in valve assemblies, stems & seats, pump shafts & sleeves, and various components in marine, aerospace, and oil patch industries.
Aluminum Nickel Bronze (CuAl9Fe4Ni4) C63200 is an American Naval alloy with improved corrosion resistance. When the alloy was first produced as a casting, it was found that occasionally the alloy suffered selective corrosion of the kappa phase.
The new wrought alloy has a quench and temper heat treatment which eliminated this problem introducing a structure that changed the morphology of the kappa phase.
The alloy has a proven history within Naval applications where it is used extensively in the building of Nuclear submarines and other Naval surface craft.
C63200 can be joined by using MIG or TIG welding techniques.
In addition, the alloy has excellent wear resistance and good corrosion resistance in fresh and seawater.
It is non-sparking which is important in explosive environments, relating to weapon handling, petrochemical industries, and the mining industry.
It has also good erosion/corrosion properties, which find applications for marine propulsion units such as propellers.
Available shapes – round, hex, rectangular and square
- Weapons Handling Equipment
- Naval Marine Craft
- Drive Shafts
- Main Bearings
- Sonar Equipment
- Sea Water Valves
- Pump Bodies
- Fasteners Nuts And Bolts
- Hydraulic Valve Bodies
- Desalination Plants for Valves
- Sea Water Pipe and Pumping Systems
- Mining Equipment For Non-Sparking
- Valves and Valve Stems
- Sleeve Bearings
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Specifications of Aluminum Bronze C63200
|Sheet & Plate||Rod & Bar||Forgings
|UNS C63200||ASTM B171||ASTM B 150||ASTM B 124
ASTM B 283
|ASME||ASME SB 171||ASME SB 150||ASME SB 283|
Class ER CuNiAl
|Mil E 23765/3||Welding C63280|
|Mil B 24059 (3)|
Mechanical Properties of Aluminum Bronze C63200
|Rod & Bar||TQ50 Up to3”(76.2mm)||648-792 94-115||345-496 50-72||15-25||190-230|
|Rod & Bar||TQ 50 >3”-5” (>76.2-127mm)||648-792 94-115||310-400 45-58||15-30||190-230|
|Rod & Bar||TQ 50 >5”-12” (>127-305mm)||634-751 92-109||276-379 40-55||15-25||180-210|
|Plate||<= 2” (<=50mm)||620-700 90-102||250-300 36-44||10-15||160-200|
|Plate||2”- 3.5” (50mm-88.9mm)||585-620 85-90||230-270 33-39||10-15||140-160|
|Plate||>3.5”-5.0” (>88.9mm-127mm)||550-580 80-84||205-230 30-33||10-15||130-140|
Composition of Aluminum Bronze C63200
Physical Properties of Aluminum Bronze C63200
|Physical Properties||Imperial Units||Metric Units|
|Mean Liner Expansion 0-200ºc||16.2μm/m.ºc|
|Mean Liner Expansion 0-400 ºF||0.0095 in/in/ ºF x10³|
|Specific Heat||0.105Btu/lb/ ºF||440J/kg ºK|
|Relative Magnetic Permeability||1.35|
|Thermal Conductivity||20Btu/ft h/ ºF||34W/m. ºK|
|Electrical Resistivity||148ohm-circmil/ft||24.6 µ_-cm @20°c|
|Electrical Conductivity||7% IACS||0.041 MS/cm @20°c|
|Modulus of Elasticity 10³||17ksi||117N/mm²|
|Modulus of Rigidity||6.4ksi||44.13N/mm²|
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