Load-Bearing Sheet T153-40L-840

Height and optimal geometry of the T153 makes it the strongest load-bearing sheet in our portfolio.

This product is optionally available with following sustainable features:

  • Steel profile made of recycled steel (SSAB Zero) for significantly lower CO2 emissions and high circularity (Ruukki LowCarbon)
  • Availability and delivery time for different thickness/coating combinations varies.

For the optimal structural dimensioning, use Ruukki’s roof dimensioning software, Poimu.

The information on our website is accurate to the best of our knowledge and understanding. Although every effort has been made to ensure accuracy, the company cannot accept any responsibility for any direct or indirect damages resulting from possible errors or incorrect application of the information of this publication. We reserve the right to make changes.

Properties

Model name
Load-Bearing Sheet T153-40L-840
Product code
T153-40L-840
Height
153 mm
Width of valley
40 mm
Width of crown
117 mm
Effective width
840 mm
Minimum length
800 mm
Maximum Length
18300 mm
Quality control
Factory production control according to EN14782 and EN1090-1
Tolerances
Profile sheet: EN 14782 and EN 1090-2
CE Marking
EN1090-1
Execution class
EXC1, EXC2, EXC3

Materials

 

Materials

Material thickness (mm)Steel gradeZinc (g/m2)Surface treatmentCorrosion class, interiorCorrosion class, exteriorColours **Weight (kg/m2)GWP, A1-A3 (kgCO2e/m2)GWP, D  (kgCO2e/m2)LowCarbon GWP, A1-A3 (kgCO2e/m2
0.7S350Z275GalvanizedC2-9.8125.5-13.88.1
0.7S350Z100Polyester 25C2RR209.81 26.9-13.811.0
0.7S350Z275Polyester 25C3*C3RR20 9.8126.9-13.811.0
0.8S350Z275GalvanizedC2--11.2229.1-15.89
0.8 S350 Z275 Polyester 25  C3*C3RR33 11.21 30.7-15.812.6
0.8 S350 Z100 Polyester 25 C2 RR20 11.21 30.7-15.812.6
0.9S350Z275Galvanized C2-12.6232.8-17.810.4
0.9S350Z100Polyester 25C2-RR2012.6234.6-17.814.1
1.0 S350 Z275 Galvanized C2 -14.02 36.5-19.811.6
1.0 S350 Z100 Polyester 25 C2 -RR20 14.02 38.4-19.815.7
1.0 S350 Z275  Polyester 25 C3*C3RR20, RR33 14.02 38.4-19.815.7
1.0 S350 Z275  GreenCoat Pural BT C4*
C4 RR23 14.02 38.4-19.815.7
1.2 S350  Z275Galvanized  C2 16.82 43.7-23.713.9
1.2 S350  Z100  Polyester 25 C2 RR20  16.82 46.1-23.718.8
1.2 S350 Z275 Polyester 25 C3*C3 RR33 16.82 46.1-23.718.8
1.5 S350  Z275Galvanized C2 -21.03 54.7-29.717.4
1.5 S350  Z100Polyester 25 C2 RR2021.03 57.6-29.723.6

*) For perforated sheetings C2

**) The reverse sides of the colour coated sheets are painted as standard with 2-layer grey backside coating

 

Protection against corrosion

EnvironmentCoating
Interior applications in environments with corrosivity category C1, C2 according to EN ISO 12944-2 standard and A1, A2 according to EN 10169 standardSteel sheets with zinc coating of 100 g/m2 and with polyester coating SP 15, thickness 15 μm
Interior applications in environments with corrosivity category C1, C2, C3 according to EN ISO 12944-2 standard and A1, A2, A3 according to EN 10169 standardSteel sheets with zinc coating of 275 g/m2 and with polyester coating SP 25, thickness 25 μm

 

Design tools

Poimu-logo

Poimu software for dimensioning load-bearing sheets

Dimensioning software, Poimu, allows you to optimise product choice according to the Eurocode. Simply by defining some basic input data you can select a load-bearing sheet for their needs from Ruukki's selection. This quick optimisation tool covers 1-, 2-span and continuous structures and gives the exact solution as to what sheet should be used, as well as its length. 

Go to Poimu software

Ruukki Acoustic Estimator

Try our estimator for your next project. With our estimation tool you can calculate which product configuration provides you with optimal results.

Go to estimation tool here

Acoustic perforation

Acoustic absorption coefficient, absorption class and sound insulation

Find detailed acoustic information from https:/www.ruukki.com/sound-environment where is collection of products, guide and measured values are available.

Corrosion resistance

Due to requirement regarding corrosion resistance perforated steel sheets may be applied only indoors and as follows:
Galvanized steel sheets with zinc coating 275 g/m2 or  galvanized steel sheets with zinc coating 100 g/m2 or 275 g/m2 together with organic coating SP 25 (polyester 25 µm) - in corroding medium C1 and C2 as per EN ISO 12944-2.

 

Load bearing profile application

Load bearing profiles are usually applied in multi layer roofing constructions. Sound absorption can be improved and adjusted by profile perforation selection and insulation layer selection. Perforation leads to improved sound absorption that can greatly improve indoor acoustic conditions; reduction of sound reverberation time and background noise level even without extra acoustic layers and involved costs.

Use of POIMU software enables trapezoidal sheets within a structure to be dimensioned and optimized with perforated profiles too. For more information on POIMU visit Ruukki Design Tools.

Perforation pattern

Standard degree of perforation is 15% within the area perforated for web perforated profiles.

 

 

Perforation location for T153 profile marked with red.

Anticondensation layer

Profiles with anti-condensation layer are protected against water condensation directly at the bottom surface of the metal sheet. The layer absorbs water which then may be evaporated into the surrounding environment during a change in weather conditions.

Perlite coat, sprayed only on the bottom surface (back coating side) of the profile. 

 

Layer weight 400 …. 1 000 g/m2
Water-absorption capacity ~0.5–0.8 l/m2–1.1–1.5 l/m
Coating method Sprayed
Colour Light gray
Diluting agent Water
Composition Perlite grains, cellulose fibres, water and binder

Technical documents

Here you can find all technical documents related to Ruukki's load-bearing sheets. Documents are organised by document type. Click to enter document library.

Certificates and approvals

Here you can find all certificates and approvals related to Ruukki's load-bearing sheets. Documents are organised by document type. Click to enter document library.