Precision-engineered alloy grades providing enhanced mechanical strength for advanced conductor designs.
6201 GradeT4 Grade
Alloy rod forms
Alloy rod forms
6201 and T4 grades supplied in standardized 7.6 mm to 15 mm diameters.
Aluminium Alloy Productsfor Conductivity and Strength
Alloy rod products designed for applications requiring controlled chemistry, drawability, corrosion resistance, and mechanical performance.
Key Capabilities
Chemistry-controlled supply for predictability.
Alloy rod products designed for applications requiring controlled chemistry, excellent drawability, corrosion resistance, and balanced mechanical performance.
6201/T4 alloy availability
Suitable for high-strength alloy conductor and wire applications.
Chemistry-controlled supply
Composition ranges support predictable downstream performance.
Conductivity target
Minimum 50% conductivity ensured for alloy rod products.
Wire drawing fit
Rod and wire sizes cover common downstream drawing requirements.
Strength and corrosion balance
Alloy products support stronger conductor designs than pure aluminium.
Customer packing
Flexible coil packing tailored to follow specific customer requirements.
Material Forms
Prepared for drawing and forming.
Available in both rod and drawn wire sizes to cover common downstream engineering and conductor manufacturing requirements.
Drawn wire forms
Drawn wire forms
Pre-drawn wires available from 0.50 mm to 7.6 mm for immediate use.
Controlled chemistry
Controlled chemistry
Aluminium base with precise silicon and magnesium additions.
Quality inspection
Quality inspection
Elemental analysis is verified through spectrometer testing.
Secure packing
Secure packing
Consistent coil handling to preserve surface quality during dispatch.
Step 01 / 05Process Step
Alloy rod forms
6201 and T4 grades supplied in standardized 7.6 mm to 15 mm diameters.
Step 02 / 05Process Step
Drawn wire forms
Pre-drawn wires available from 0.50 mm to 7.6 mm for immediate use.
Step 03 / 05Process Step
Controlled chemistry
Aluminium base with precise silicon and magnesium additions.
Step 04 / 05Process Step
Quality inspection
Elemental analysis is verified through spectrometer testing.
Step 05 / 05Process Step
Secure packing
Consistent coil handling to preserve surface quality during dispatch.
Applications
Structural and conductive utility.
05Use Cases
Meeting strict mechanical and chemical standards across industries.
01
Alloy Conductors
Alloy Conductors
AAAC and alloy conductor manufacturing requiring high tensile strength.
Wire Drawing
Input for drawing into fine alloy wires for specialized use.
Transmission Inputs
Overhead transmission and distribution product inputs.
Industrial Components
Industrial aluminium components where specific grade mechanical properties are suitable.
Controlled Chemistry Manufacturing
Downstream manufacturing requiring strictly controlled alloy chemistry.
Silicon
0.50% to 0.90%
Magnesium
0.60% to 0.90%
Iron & Copper
Fe: 0.50% max | Cu: 0.10% max
Conductivity
50% minimum
Tested for composition
Precise elemental analysis via spectrometer guarantees that silicon, magnesium, iron, and copper fall strictly within targeted chemical ranges.
BSDINIECNFCASTM
Specification Snapshot
Controlled alloy chemistry.
Aluminium base precisely augmented with silicon and magnesium to balance tensile strength, conductivity, and downstream drawing characteristics.
Specify aluminium alloy rods with controlled chemistry.
Share grade, size, conductivity target, and packing requirement for technical review.