Product Description
Angle Steel Is A Long Steel Bar With An L-Shaped Cross Section. Angle Steel Can Be Made Into Two Types: Equal-Leg Angle Steel And Unequal-Leg Angle Steel. The Unequal-Leg Angle Steel Has A Long Side And A Short Side, With A 90-Degree Angle Between The Two Sides. The Length Can Be Customized According To Actual Needs. It Has High Rigidity And Strength, And Is Very Suitable For Building Stable Frames And Support Systems.
| Product Name | Angle Steel/Angle Iron |
| Length | as required |
| Width | 25*25*3-200*200*24mm or as required |
| Thickness | 2.0mm-24mm or as required |
| Standard | GB ASTM, JIS, SUS, DIN, EN etc |
| Technique | Hot rolled / cold rolled |
| Material | Q235/Q345/SS400/ST37-2/ST52/Q420/Q460/S235 |
| Shipment Time | Within 15-20 workdays after receiving deposit or L/C |
| Export Packing | Waterproof paper, and steel strip packed. |
| Suit for all kinds of transport,or as required |
Reference Size
Detailed Photos
Quality Control
QUALITY CONTROL
1.What is angle steel?
Angle steel, also known as L-profile or angle profile, is a common structural material used in construction, mechanical engineering and other industrial applications. It is shaped like an L, with the two sides meeting at right angles.
2.How strong is angle steel?
With a single, 90° bend, angle iron is one of the strongest structural support elements. That's because it evenly distributes stress along its entire length and resists bending.
3.What is the name of the angle steel?
Metal Angle, often referred to as steel angle iron, angle bar, L-bracket, or angle steel, is a type of structural steel with two legs forming a 90-degree angle for use in both structural applications and general fabrication.
4.What are four types of steel?
The four major steel types are carbon steel, stainless steel, tool steel and alloy steel. All steels are made of iron and carbon. Specialized steels include small amounts of chromium, magnesium, zinc or other metals.
5.What are the disadvantages of using angle steel?
While versatile, Angle Steel has limitations you must plan for in design and procurement:
Shear and torsion sensitivity. The L-shape places the shear center away from the centroid, increasing torsional vulnerability under certain load cases. ...
Local stability issues. ...
Corrosion vulnerability. ...
Lower space efficiency.