I-Beam
Aluminium I-Beams are structural extrusions designed for high-load applications, featuring a distinct "I" shape that provides exceptional strength and weight distribution.
Applications
-
Construction & Infrastructure – Used in building frameworks, bridges, and large-scale structures.
-
Industrial & Mechanical Engineering – Provides load-bearing support for heavy equipment.
-
Transport & Marine – Used in lightweight, corrosion-resistant vehicle and ship structures.
Shape Description
-
Wide flange sections – Distributes weight efficiently for structural stability.
-
Tapered & non-tapered profiles – Available based on load-bearing requirements.
-
Hollow core variations – Offers reduced weight while maintaining strength.
Material Benefits
-
High strength-to-weight ratio – Reduces material weight while maintaining durability.
-
Corrosion-resistant & weatherproof – Ideal for outdoor and marine environments.
-
Low maintenance & long lifespan – Requires minimal upkeep over time.
Workability
-
Easily welded, cut, and fabricated – Adaptable for construction and industrial use.
-
Compatible with coatings & anodising – Enhances longevity and protection.
-
Available in multiple sizes – Ensures suitability for different load capacities.
Choosing the Right Aluminium I-Beam
-
Wider flange beams – Best for high-load structural applications.
-
Narrower profiles – Suitable for lighter support frameworks and architectural designs.
I-Beam
Aluminium I-Beams are structural extrusions designed for high-load applications, featuring a distinct "I" shape that provides exceptional strength and weight distribution.
Applications
-
Construction & Infrastructure – Used in building frameworks, bridges, and large-scale structures.
-
Industrial & Mechanical Engineering – Provides load-bearing support for heavy equipment.
-
Transport & Marine – Used in lightweight, corrosion-resistant vehicle and ship structures.
Shape Description
-
Wide flange sections – Distributes weight efficiently for structural stability.
-
Tapered & non-tapered profiles – Available based on load-bearing requirements.
-
Hollow core variations – Offers reduced weight while maintaining strength.
Material Benefits
-
High strength-to-weight ratio – Reduces material weight while maintaining durability.
-
Corrosion-resistant & weatherproof – Ideal for outdoor and marine environments.
-
Low maintenance & long lifespan – Requires minimal upkeep over time.
Workability
-
Easily welded, cut, and fabricated – Adaptable for construction and industrial use.
-
Compatible with coatings & anodising – Enhances longevity and protection.
-
Available in multiple sizes – Ensures suitability for different load capacities.
Choosing the Right Aluminium I-Beam
-
Wider flange beams – Best for high-load structural applications.
-
Narrower profiles – Suitable for lighter support frameworks and architectural designs.
I-Beam Variant Specifications
I-Beam
BASIC MATERIAL | ALLOY | TEMPER | LENGTH (mm) | COATING DESCRIPTION | KGS – EACH | RAD INDICATOR |
---|---|---|---|---|---|---|
I-Beam 100x75 RAD | 6082 | T6 | 6500 | MF – DNV | 23.979 | RAD |
I-Beam 101.6x76.2 RAD | 6061 | T6 | 6000 | MF | 23.748 | RAD |
I-Beam 130x80 RAD | 6082 | T6 | 6500 | MF – DNV | 27.521 | RAD |
I-Beam 140x90x8 RAD | 6082 | T5 | 5500 | MF | 36.02 | RAD |
I-Beam 152.4x101.6 | 6082 | T6 | 8000 | MF | 64.624 | |
I-Beam 165.1x101.6x5.6x7.9 RAD | 6005A | T5S | 6780 | MF | 45.141 | RAD |
I-Beam 176x80 RAD | 6082 | T6 | 6000 | MF – DNV | 34.014 | RAD |
I-Beam 190.5x111.1x5.85x8.9 RAD | 6005A | T5S | 7930 | MF | 64.344 | RAD |
TLD I-Beam 216x80 RAD | 6082 | T6 | 6000 | MF – DNV | 38.196 | RAD |
I-Beam 220x100x5.0x10.0 RAD | 6082 | T6 | 6000 | MF – DNV | 48.822 | RAD |
I-Beam 270x100 | 6082 | T6 | 6000 | MF – DNV | 57.018 | |
I-Beam 316x150x6.0x8.0 RAD | 6082 | T6 | 6000 | MF – DNV | 68.544 | RAD |