Galvanized tubes for construction

Strong and versatile metal products widely used in construction, structural work and various manufacturing solutions.

READ MORE

FILTERS

Galvanized tubes for construction (33.7; t 2.0)

made according to EN 10219
Diameter, mm 33.7
Wall thickness, mm 2.0
Theoretical weight, kg/m 1.67
Steel grade S235JRH

Galvanized tubes for construction (33.7; t 2.5)

made according to EN 10219
Diameter, mm 33.7
Wall thickness, mm 2.5
Theoretical weight, kg/m 2.03
Steel grade S235JRH

Galvanized tubes for construction (38; t 1.5)

made according to EN 10219
Diameter, mm 38
Wall thickness, mm 1.5
Theoretical weight, kg/m 1.350
Steel grade S235JRH

Galvanized tubes for construction (40; t 1.5)

made according to EN 10219
Diameter, mm 40
Wall thickness, mm 1.5
Theoretical weight, kg/m 1.424
Steel grade S235JRH

Galvanized tubes for construction (40; t 2.0)

made according to EN 10219
Diameter, mm 40
Wall thickness, mm 2.0
Theoretical weight, kg/m 1.874
Steel grade S235JRH

Galvanized tubes for construction (42.4; t 1.5)

made according to EN 10219
Diameter, mm 42.4
Wall thickness, mm 1.5
Theoretical weight, kg/m 1.513
Steel grade S235JRH

Galvanized tubes for construction (42.4; t 2.0)

made according to EN 10219
Diameter, mm 42.4
Wall thickness, mm 2.0
Theoretical weight, kg/m 1.993
Steel grade S235JRH

Galvanized tubes for construction (42.4; t 2.5)

made according to EN 10219
Diameter, mm 42.4
Wall thickness, mm 2.5
Theoretical weight, kg/m 2.460
Steel grade S235JRH

Galvanized tubes for construction (48.3; t 1.5)

made according to EN 10219
Diameter, mm 48.3
Wall thickness, mm 1.5
Theoretical weight, kg/m 1.731
Steel grade S235JRH

Galvanized tubes for construction (48.3; t 2.0)

made according to EN 10219
Diameter, mm 48.3
Wall thickness, mm 2.0
Theoretical weight, kg/m 2.284
Steel grade S235JRH

Galvanized tubes for construction (48.3; t 2.5)

made according to EN 10219
Diameter, mm 48.3
Wall thickness, mm 2.5
Theoretical weight, kg/m 2.823
Steel grade S235JRH

Galvanized tubes for construction (50; t 1.5)

made according to EN 10219
Diameter, mm 50
Wall thickness, mm 1.5
Theoretical weight, kg/m 1.794
Steel grade S235JRH

Galvanized tubes for construction (50; t 2.0)

made according to EN 10219
Diameter, mm 50
Wall thickness, mm 2.0
Theoretical weight, kg/m 2.367
Steel grade S235JRH

Galvanized tubes for construction (60.3; t 1.5)

made according to EN 10219
Diameter, mm 60.3
Wall thickness, mm 1.5
Theoretical weight, kg/m 2.175
Steel grade S235JRH

Galvanized tubes for construction (60.3; t 2.0)

made according to EN 10219
Diameter, mm 60.3
Wall thickness, mm 2.0
Theoretical weight, kg/m 2.875
Steel grade S235JRH

Galvanized tubes for construction (60.3; t 2.5)

made according to EN 10219
Diameter, mm 60.3
Wall thickness, mm 2.5
Theoretical weight, kg/m 3.563
Steel grade S235JRH

Galvanized tubes for construction (60.3; t 2.6)

made according to EN 10219
Diameter, mm 60.3
Wall thickness, mm 2.6
Theoretical weight, kg/m 4.040
Steel grade S235JRH

Galvanized tubes for construction (60.3; t 3.0)

made according to EN 10219
Diameter, mm 60.3
Wall thickness, mm 3.0
Theoretical weight, kg/m 4.239
Steel grade S235JRH

Galvanized tubes for construction (76.1; t 2.0)

made according to EN 10219
Diameter, mm 76.1
Wall thickness, mm 2.0
Theoretical weight, kg/m 3.650
Steel grade S235JRH

Galvanized tubes for construction (76.1; t 2.6)

made according to EN 10219
Diameter, mm 76.1
Wall thickness, mm 2.6
Theoretical weight, kg/m 4.950
Steel grade S235JRH

IF YOU DID NOT FIND WHAT YOU NEED - SEND US AN INQUIRY

We will quickly evaluate your needs and offer the most suitable solution.

FREQUENTLY ASKED QUESTIONS

HOW DO I CHOOSE THE RIGHT METAL PROFILE FOR MY PROJECT?

The right choice depends on the project purpose, planned loads, installation location, and expected durability. Lighter structures often need smaller profiles, while larger projects require stronger solutions.

WHICH METAL THICKNESS IS BEST?

Metal thickness should be selected according to load, installation location, and structure type. If you are unsure, send us an inquiry and we will help choose the right option.

WHERE ARE METAL PROFILES MOST COMMONLY USED?

They are used in construction, production structures, frames, supports, gates, fences, and other metal product solutions.

ARE METAL PROFILES SUITABLE FOR OUTDOOR USE?

Yes, but outdoor conditions require the right coating, steel type, or additional corrosion protection.

WHAT IS THE DIFFERENCE BETWEEN SQUARE AND RECTANGULAR PROFILES?

Square profiles have equal sides, while rectangular profiles make it easier to distribute loads in a specific direction.