- Alloy Grade: Various
- Outer Size: Various
- Wall Thickness: Various
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Product Specifications
The profiles are divided into three main categories based on their width (A). Each category lists a range for thickness (B) and the resulting weight per meter.
Category
Width (A) Range
Thickness (B) Range
Weight Range (kg/m)
Small Widths
12.00mm 19.05mm
2.00mm 12.70mm
0.081 0.651 kg/m
Medium Widths
20.00mm 38.10mm
1.50mm 31.75mm
0.154 3.266 kg/m
Large Widths
40.00mm 57.00mm
3.00mm 44.45mm
0.405 6.096 kg/m
Key Highlights
Thinnest Profile: Section 10477 (38.00 x 1.50 mm) at 0.154 kg/m.
Heaviest Profile: Section 10259 (50.80 x 44.45 mm) at 6.096 kg/m.
Versatility: The 25mm, 40mm, and 50mm categories provide the widest range of thickness options for structural applications.
Global Compliances
The manufacturing vendors maintain several international certifications to ensure quality and industry-specific safety:
ISO 9001:2015: Quality Management Systems.
AS 9100D: Aerospace industry precision certification.
ABS (American Bureau of Shipping): Plant approval for marine-grade use.
PED (Pressure Equipment Directive): Certification for high-pressure industrial applications.
Alloy, Material Standards
Properties
Specific Gravity - 2.70 | Electrical Conductivity - 53 to 62% IACS Co-efficient of linear expansion - 22 x 10-6 mm/mm/˚C Thermal conductivity (at 20˚C) - 0.53 Cal/Sq.cm/Sec./cm/˚C Electrical Resistivity (at 20˚C) - 2.850 micro-ohm (for EC-0)
PRODUCT SPECIFICATIONS ALLOY INDIA = 63400; AMERICA = AA6063; BRITISH - BS HE9
MECHANICAL PROPERTIES UTS: 185 Mpa/Min); Elongation: 7% (Min); Hardness: 70 to 50
EXTRUSIONS WIDTH / (CCD) Up to 275mm for solid sections. Up to 290mm for hollow sections
LENGTH As per customer s requirement WEIGHT. In practice, tolerance, alloy and such other factors will affect the final weight and a normal variation of + or - 10% should be expected.
Custom Alloy Characteristics
Pure Aluminum: Includes grades like IS 19500, which corresponds to the common 1050/1060 series in the USA (AA) and Al 99.5 in Germany (DIN).
Structural Engineering Alloys: * 6063 (USA): Known as HE-9 (UK) or 63400 (India).6061 (USA): Known as HE-20 (UK) or 65032 (India).7075 (High Strength): Consistent across several standards (USA, ASTM, Japan, France) but referred to as HE-17 in the UK and 76528 in India.
Specialty Alloys: Covers marine and corrosion-resistant grades like 5052 and 5086.
Temper Details
Annealed (O): The metal is heated and cooled slowly to remove internal stresses, making it very easy to bend or form.
Strain Hardened (H): Used for non-heat-treatable alloys (like the 3xxx or 5xxx series). The strength is increased by physically "working" the metal (rolling or drawing).
H1x: Strain hardened only.
H2x: Strain hardened and partially annealed (to reach a specific "half-hard" or "quarter-hard" state).
H3x: Strain hardened and stabilized (prevents age-softening over time).
Thermally Treated (T): Used for heat-treatable alloys (like the 6xxx or 7xxx series).
T4: Naturally aged (reaches strength at room temperature).
T6: Artificially aged (heated in an oven to reach peak hardness).