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Composite Concrete Trapeze

Quality : DX53D+Z - DX54D+Z - DX56D+Z - S220 GD+Z - S250 GD+Z - S280 GD+Z - S320 GD+Z - S350 GD+Z

Standard : EN 10147

Thickness : 0.70 - 1.50 mm

Width : 915mm

Length : 100 - 1300 mm

Technical Specifications

Hot Dip Galvanized 58/915 Concrete Trapeze Technical Specifications:

Thickness

0,70 – 1,50 mm

Width

915 mm

Boy

100 – 13000 mm

Coating Thickness (total of two surfaces)

50 – 350 gr/m2

Steel Type

Cold Forming Steels (DX51D+Z,
DX52D+Z, DX53D+Z, DX54D+Z, DX56D+Z) UnalloyedStructural Steels
(S220 HG+Z, S250 HG+Z, S280 HG+Z, S320 HG+Z, S350 HG+Z)

 

Hot Dip Painted 58/915 Concrete Trapeze Technical Specifications:

Thickness

0,70 – 1,50 mm

Width

915 mm

Boy

100 – 13000 mm

Coating Thickness (total of two surfaces)

50 – 350 gr/m2

Steel Type

Cold Forming Steels (DX51D+Z, DX52D+Z,
DX53D+Z, DX54D+Z, DX56D+Z) UnalloyedStructural Steels
(S220 HG+Z, S250 HG+Z, S280 HG+Z, S320 HG+Z, S350 HG+Z)

Paint Type

Polyester, Pvdf, plastisol, PVC

Color Option

All RAL

IAS 58/915 Section Specifications:

Wall Thickness t:(mm)

0.7

0.8

0.9

one

1,2

1.5

Area A:(mm2)

840

960

1080

1200

1440

1800

Unit Weight G:(kg/m2)

7.21

8.24

9.27

10.3

12.4

15.4

Moment of Inertia I:(mm2)

551177

629869

708560

787244

944594

1180587

OriginExDistance c:(mm2)

33.48

33.52

33.56

33.6

33.68

33.8

Comfortable. Moments W: (mm2)

16462.7

18790.8

18790.8

23429.9

28046.1

34928.6

Composite Concrete Trapeze

CompositeWhat is Concrete Trapeze?

CompositestructureThe most important feature ofis the use of concrete and steel together. in the worldsteel + concretecompositeVarious combinations of steel with high tension and flexibility and concrete with high compressive strength and corrosion resistance are used and applied in structures.Compositestructurewith the methodsteel and concreteit is possible to combine their positive features without any hindrance. Fast assembly independent of the building's weather conditionsadvantageIt allows it to be used earlier than the planned date. It allows more flexible use and more usage areas in areas where wide columns are not needed.BeamDue to the thinness of the slabs, despite the wide openings due to its low dimensions compared to reinforced concrete, it allows more floors to be built for the same building height.

Usage Areas and Advantages

Steelconstructionbuildings, residences, airports, fuel stations andin industrial buildings under concretein applicationsis used.

Advantages

  • It acts as a mold.
  • It creates a secure system.
  • Speeds up building construction time.
  • It reduces the cost of steel and concrete.