Brass Extrusion and Components
Brass ingots are copper-based alloys containing 58-85% copper and 15-40% zinc, with trace amounts of lead and tin. These alloys offer excellent corrosion resistance and antimicrobial properties.
Copper: 58-85%
Zinc: 15-40%
Lead/Tin: Trace amounts
Excellent corrosion resistance
Antimicrobial properties
Good machinability
Electrical conductivity
Good thermal conductivity
Plumbing fixtures
Musical instruments
Decorative hardware
Electrical fittings
Aluminium bronzes are copper-based alloys using aluminium as the principal alloying element. They are used for their combination of high strength, excellent corrosion and wear resistance with high resistance to oxidation and good strength at elevated temperatures.
Composition: Copper-aluminum-iron and copper-aluminum-iron-nickel
Strength: Comparable to mild steel
Corrosion Resistance: Excellent, especially to seawater
Wear Resistance: Exceptional
Weldability: Good
Machinability: Good
Marine hardware and propellers
Pump and valve components
Heavy-duty bearings
Machine tool ways
Seawater handling systems
Mining equipment
Chemical processing equipment
Offshore drilling equipment
Key Features
High strength and toughness
Exceptional corrosion resistance
Excellent wear resistance
Good casting characteristics
Weldability
Resistance to stress corrosion cracking
Gunmetal, also called red brass, is a type of bronze alloy composed of copper, tin, lead & zinc. It was formerly used for ordnance but now has various applications in different industries due to its high strength and good thermal conductivity.
Composition: 88% copper, 10% tin, 2% zinc (typical)
Strength: High strength characteristics
Thermal Conductivity: Good
Corrosion Resistance: Excellent
Machinability: Good
Castability: Excellent
Pump impellers and bodies
Bearings and bushings
Valve components
Marine parts
Steam fittings
Gears
Pressure seal castings
Hydraulic fittings
Key Features
High load capacity
Excellent wear resistance
Good heat and electrical conduction
Rust resistance
Superior welding properties
High tensile strength
Good ductility
Copper-zinc alloy in cylindrical semi-finished form
Uniform composition throughout the cross-section
High structural integrity for machining
Excellent hot and cold workability
Superior pressure tightness
Good fluidity for casting operations
Corrosion and wear resistance
Extrusion for rods, tubes, and profiles
Forging of precision components
Machining of valve bodies and fittings
Production of fasteners and hardware
Automotive components manufacturing
Plumbing and hydraulic parts
Electrical connector production
Available sizes
Round: 70mm to 200mm diameter
Length: Customizable to requirements
Pure zinc metal (98.5% to 99.995% purity)
Excellent corrosion resistance
Low melting point (419.5°C)
High galvanising capability
Good electrical conductivity
100% recyclable without property loss
Density: 7.14 g/cm³
Bluish-silver metallic appearance
Steel galvanisation (>50% of global use)
Die-casting for automotive parts
Battery production (alkaline and zinc-carbon)
Brass and bronze alloy production
Zinc oxide manufacturing
Electroplating operations
Chemical and pharmaceutical industries
Key Features
SHG (Super High Grade): 99.995% purity
High Grade: 99.99% purity
Standard Grade: 99.95% purity
Commercial Grade: 99.5% purity
BRASS INGOTS
ALUMINIUM BRONZE INGOTS
GUN METAL INGOTS
BRASS BILLET
ZINC INGOTS