ASTM B 111 C60800 Aluminum Bronze Tubes

Product Description

ASTM B 111 C60800 Aluminum Bronze Tubes

Specification

• BS:2872 CA-103

• 104

• ADM1076D

• IS:10569/83

• BS:1400AB1

• AB2

• IS:305 AB1

Product Details :

Minimum Order Quantity	1000 kil
Type	Rod
Usage	Manufacturing, Construction, Industrial
Material	Aluminium And Bronze

Specification :
Aluminum Bronze	ASTM B 111 C60800 ASME SB 111 C60800 EN 12451 CuAl5As CW200G

IS 10569/05 NR. EQUIVALENT SPEC. BS 2872/86 CA103, ASTMBC62300

Chemical Requirements
Copper	Remainder
Aluminium	8.5 to 10.0%
Iron	4.0 % MAX
Nickel	(Iron + Nickel)
Manganese	0.50% max
Tin	0.10% max
Zinc	0.40% max
Silicon	0.10% max
Total Imp. Excl. Mn	0.50% max

Physical Properties
Condition	Size	T.S. MPa	EL% Min
Annealed / As Manufactured	6 to 15 15 to 50 50 to 80 80 & above	600 575 540 515	15% 25% 25% 25%
Fabrication Properties
Capacity for being Cold formed Hot formed Machinability rating Forgeability rating Suitability for soldering Suitability for Brazing Suitability for welding		Excellent Good 50% 75% Poor Fair Good
Uses
Corrosion resistant & non sparking alloy mainly used in components which remains in contact with saline water, oil refinery, valves & fittings and also used for worm gears, valve stems, high pressure valve etc.

 

Extensive Customization and Versatility

C60800 Aluminum Bronze tubes can be tailored to suit specific dimensional and mechanical requirements. Options include round, square, rectangular, and tubular shapes with custom outside diameters, wall thicknesses, and lengths. Multiple tempershard, half hard, soft, or annealedcan be selected to match application demands. This flexibility, combined with a choice of seamless or welded techniques, ensures optimal fit and performance for diverse industrial uses.


Exceptional Durability in Demanding Environments

Engineered for robustness, these tubes display high tensile and yield strength (up to 550 MPa and 320 MPa, respectively) and excellent elongation. Their outstanding corrosion resistance, particularly in marine conditions, makes them ideal for heat exchangers, condensers, and power plant systems. A golden yellow surface finish adds an aesthetic touch, while the alloys conductivity supports efficient energy transfer.