"we are cladding the WORLD"
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Product Group

 
 
 

Decorative Exterior Cladding

FEATURES
BENEFITS
SECTION
APPLICATION PHOTOS
APPLICATION PROCESS
APPLICATION DETAILS

Desostone is a heat insulated modular lightweight GFRC panel. It’s obtained with a 50 mm rock wool 8-10mm Gfrc shell and aluminum frame. It’s installed completely mechanical.

  • Desostone is created for a facade covering both supplies heat, sound and humidity insulation and used for decorative purpose.
  • Desostone is created for having an opportunity to optain decorative natural look and also obtaining water sound heat and vapour insulation.
  • Desostone is created to decrease the facade cladding system thickness between the wall and the facade shell.
  • Desostone is created for to decrease the static loads coming from steel structured GFRC.
  • Desostone is created to prevent separate workmanship and costs for heat insulation and facade cladding.
 

Physical Properties

No Test GRC - GFRC
1 Compressive Strength fc: 30-55 N / mm²
2 Tensile Strength fct : 4-10 N / mm²
3 Modulus of Rupture LOP: 7-9 N / mm²
4 Flexual Stregth MOR: 10-20 N / mm²
5 Expansion Limit eu: 0,5 -4 %
7 Modulus of Elasticty E: 10-13 kN / mm²
8 Density 1,8 - 2 kg / dm³
9 Expansion T: 1.0 - 15 X 10-5
10 Heat Conductivity 0,8 - 1,2 W / mk
11 Fire Resistance (DIN 4102) A1
12 Shrinkage Value  cs : 1.0 – 2.0 mm / m
13 Water Absorption 3-15 %
14 Vapor Diffusion μ : 50 – 200
 

HEAT INSULATION LAYER

5 cm Aliminum Rockwoll used in the insulating layer complies with A1 class (DIN 4102)
 
Fire Standard A1 sınıfı (DIN 4102)
Heat Conductivity 0.036W/mK
Density 110 kg/m³
Melting Point >= 1000 °C
Quality Certification DIN EN ISO 2001
  • Modular Fast To install
  • Dımensıons Can Vary According To The Project
  • Lıghtweıght 25 Kg Per Sqm
  • Color And Texture Warıatıon Same With Gfrc
  • Natural Look With The Natural Stone Dimensions
  • Costs Less Than Steel Structured Gfrc Panel Even With The Heat Insulation
  • Total System Thickness Just 8cm

Kesit

TURKEY FOOTBALL FEDERATION- ISTANBUL
AMERICAN UNIVERSITY DUHOK / IRAQ
STEP - 1
We need to have a linear Wall with the steel frames
STEP - 2
Ready to start… First aluminum U channel has been screwed on the steel frame.
STEP - 3
The panel is replaced by using the panel frame chanel. For the upper part of the panel to obtain a regular joint a T profile is replaced on the upper part of the panel.
STEP - 4
On the upper part of the first panel line an H profile is replaced on the panel`s own frame. After this process the H profile is fixed by screwing it on the steel frame.
STEP - 5
After the H profile fixing, the second panel line is replaced on the H profile and T profile is replaced on the second joint again.
STEP - 6
The last panel line is fixed with a L profile after it is replaced on the H profile.
STEP - 7
In case of the finish panel is on the parapet the coping detail can be finished even with aluminum, titanium, GRC, or even natural stone
CORNER DETAILS
HORIZONTAL JOINT
HORIZONTAL JOINT
BACK ELEVATION