Our main products include 1/2inch to 16 inch ERW PIPE/GI PIPE which has been produced according to BS1387/ASTM A53/EN10219/EN10255/EN10217 Standard

Our main products include 1/2inch to 16 inch ERW PIPE/GI PIPE which has been produced according to BS1387/ASTM A53/EN10219/EN10255/EN10217 Standard

Has rich experience in steel pipe processing, can be customized according to customer requirements according to the drawing and sample processing, assist in the development of new products.

south sudan republic Types Of Angle Steel

Angle steel is a versatile metal product with an L-shaped cross-section, widely used in construction, engineering, and manufacturing. Its classification is primarily based on the dimensions of its legs, material composition, and surface treatment.

Product Description

Angle Steel (Also Called Angle Bar, L-Section Steel, Or L-Angle) Is Classified Into Several Types Based On Shape, Manufacturing Process, Material, And Application. 
Below Is A Comprehensive Breakdown Of The Different Types: 
Classification By Leg Dimensions 
(A) Equal Angle Steel 
Description: 
Both legs (flanges) are of equal length (e.g., 50×50 mm, 100×100 mm).

Features: 
Symmetrical shape provides uniform strength in both directions.

Commonly used in structural frameworks, supports, and bracing.

Applications: 
Building frames, shelves, brackets, and machinery supports.


 (B) Unequal Angle Steel 
Description: 
The two legs have different lengths (e.g., 100×75 mm, 150×90 mm).

Features: 
Used where asymmetric load distribution is required.

One longer leg provides more surface area for bolting/welding.

Applications: 
Vehicle chassis, industrial equipment, and custom fabrication.

 


Classification By Manufacturing Process 
(A) Hot-Rolled Angle Steel 
Production Method: 
Heated steel billets are passed through rollers to form the L-shape.

Features: 
Higher strength due to grain structure refinement.

Rougher surface compared to cold-formed angles.

Standard sizes (e.g., ASTM A36, EN 10056).

Applications: 
Heavy-duty construction, bridges, and industrial structures.

 

(B) Cold-Formed Angle Steel 
Production Method: 
Steel strips are bent at room temperature into an L-shape.

Features: 
Smoother finish with tighter dimensional tolerances.

Less structural strength than hot-rolled angles.

Often galvanized or coated for corrosion resistance.

Applications: 
Lightweight structures, furniture, electrical enclosures.

 

 

Classification By Material 
(A) Carbon Steel Angle 
Grades: 
ASTM A36 (mild steel), A572 (high-strength low-alloy).

Features: 
Economical and widely available.

Requires painting or galvanizing to prevent rust.

Applications: 
General construction, machinery, and infrastructure.

  
(B) Stainless Steel Angle 
Grades: 
304 (general use), 316 (marine/chemical resistance).

Features: 
Corrosion-resistant, ideal for harsh environments.

Higher cost than carbon steel.

Applications: 
Food processing, marine structures, chemical plants.

  
(C) Aluminum Angle 
Grades: 
6061-T6 (structural), 6063 (architectural).

Features: 
Lightweight & corrosion-resistant.

Lower strength than steel but easy to machine.

Applications: 
Aerospace, decorative trim, lightweight frames.

 

  

Classification By Edge Type 
(A) Sharp-Edged Angle Steel 
Traditional 90° angle with sharp corners. 
Used in general fabrication and welding. 
  
(B) Rounded-Edged Angle Steel 
Slightly rounded edges for safer handling. 
Common in furniture and architectural applications. 
 

 

Specialized Angle Steel Types 
(A) Galvanized Angle Steel 
Coated with zinc for corrosion resistance. 
Used in outdoor structures, fencing, and electrical poles. 
  
(B) Perforated Angle Steel 
Has pre-drilled holes for easy assembly. 
Used in shelving, cable trays, and DIY projects. 
  
(C) Slotted Angle Steel 
Features elongated slots for adjustable connections. 
Common in modular storage systems and workbenches. 
 

  

Comparison Table Of Angle Steel Types 

TypeKey FeaturesCommon Applications
Equal AngleSymmetrical legs, uniform strengthBuilding frames, brackets
Unequal AngleAsymmetric legs, varied load capacityMachinery, vehicle frames
Hot-Rolled AngleHigh strength, rough surfaceBridges, heavy construction
Cold-Formed AngleSmooth finish, precise dimensionsLight structures, furniture
Carbon Steel AngleAffordable, requires coatingGeneral construction
Stainless AngleRust-proof, high costMarine, chemical industries
Aluminum AngleLightweight, corrosion-resistantAerospace, architectural trim

 

Angle steel comes in multiple variations, each suited for specific structural and industrial needs. The choice depends on factors like load requirements, corrosion resistance, and fabrication methods.