C-86300 : MANGANESE BRONZE / HIGH TENSILE BRASS

Description :

Manganese Bronze comes from a family of High Strength Copper Based alloys which include Manganese as the principal alloying element. These alloys generally have higher amount of zinc because of which they are also referred as High Tensile Brass and relatively smaller additions of Iron, Aluminium and Lead. Manganese Bronzes are most commonly used in applications which requires corrosion resistance, anti-seizing properties, coupled with higher strength.

C86300 Manganese Bronze is a tough and corrosion resistance alloy that can operate under very high loads and speeds. This alloy is non-heat treatable and intended to use for applications requiring a good combination of outstanding wear characteristics and high strength. It is ideally used for heavy duty construction.

CHEMICAL COMPOSITION :

ELEMENT	Copper	Aluminium	Iron	Nickel	Manganese	Zinc	Lead	Tin
Min (%)	60.00	5.00	2.00	-	2.50	22.00	-	-
Max (%)	66.00	7.50	4.00	1.00	5.00	28.00	0.20	0.20

Note: Ni includes Co; Cu+ named elements >= 99.5%; Unless otherwise noted, single values represent maximums.

AEPL produces C-66800, C-67000, C-67300, C-67400, C-67500, C-67600, C-86200, C-86500, C-86550, CW-718R, CW-723R, HBSC-1, HBSC-2, HBSC-3, HBSC-4, HTB-1, HTB-2, HTB-3, Manganese Bronze/ High Tensile Brass alloy in the form of Certified Ingots weighing from 8 to 10 Kgs each.

QUALITY :

AEPL has implemented a quality system for Copper Based Alloys where all processes are monitored from start to finish i.e. from procurement of raw material, their combination, manufacturing processes, measurement and chemical analysis. We maintain our own laboratory with calibrated equipments to ensure delivery of certified ingots as per International Standards and satisfy clients' requirements. The equipment includes Optical Emission Spectrometer which uses arc and spark excitation technology. Samples of test reports are available upon request.

VALUE ADDED SERVICES :

AEPL manufactures and supplies Copper Alloys products to Domestic as well as International Markets. Located at a single site, our smaller foundries are equipped to use in-house certified ingots and create complex shapes of Copper alloy castings and turn them into finished components using Drilling, Grinding and CNC turning centres.

COMPARATIVE SPECIFICATIONS :

ASTM : B505, B271	SAE : J461, J462

FABRICATION PROPERTIES :

soldering	brazing	machinability rating
POOR	POOR	8

CASTING CHARACTERISTICS :

Casting Attribute	Level
CASTING YIELD	LOW
DROSSING	HIGH
FLUIDITY	MEDIUM
GASSING	LOW

TYPICAL USES :

product category	product	reason
BUILDERS HARDWARE:	Brackets.	Corrosion Resistance, Wear Resistance, High Strength.
ELECTRICAL:	Electrical Components, Switches.	Electrical Conductivity, Thermal Conductivity, Corrosion Resistance, High Strength.
FASTENERS:	Screw Down Nuts.	Corrosion Resistance, High Strength.
INDUSTRIAL:	Bridge Pins, Bushing, Cam, Forming Dies for Wood Pulp Industry, Frames, Gears, Gib, High Strength Machine Parts, Hooks, Hydraulic Cylinder Parts, Large Valve Stems, Propellers, Slow Speed, Heavy Load Bearings, Strut, Wear Rings for Forming Dies for Wood Pulp Industry.	Corrosion Resistance, Wear Resistance, High Strength, Thermal Conductivity.
MARINE:	Boat Parts, Clamps, Covers for Marine Hardware, Marine Hardware, Rudders.	Corrosion Resistance, Corrosion Resistance to Salt Water, Wear Resistance, High Strength, Appearance.