Technical Data. Application Recommendations Dimensioning Aids.

Transcription

1 Technical Data Application Recommendations Dimensioning Aids

2 Application Recommendations 1. Application Recommendations Application type according to DIN or technical approval Product properties according to and DIN General 2800 C 3000 CS 3035 CS 4000 CS 5000 CS CS(10\Y) CS(10\Y) CS(10\Y) CS(10\Y) CS(10\Y) 200 (2060 mm) 300 (80200 mm) Neu Perimeter floor DIBt Z , PB wd dh dh ds dx Perimeter wall DIBt Z , PW wd dh dh ds dx Perimeter foundation slab DIBt Z wd dh ds dx Perimeter groundwater DIBt Z wd dh ds dx Living area floor DEO dm dh dh Industrial and refrigerated warehouse floor DEO dm dh dh ds dx Cavity insulation WZ tf dh dh Interior insulation WI tf dm Permanent formwork WAP tf dm Thermal bridges WAP tf dm Base insulation WAP wf dm Plaster base WAP wf dm Inverted roof DUK wd dh dh ds dx Duo/plus roof DUK wd dh dh ds dx Patio roof DUK wd dh dh ds dx Green roof DIBt Z wd dh ds dx Parking roof DIBt Z wd ds dx Conventional flat roof 3) DAA wf dh dh ds dx Parapets/rising building elements DAA wf dm dh dh Basement ceiling/ underground garage ceiling DI tf dm Attic ceiling DEO tf dh dh Pitched roof DAD wf dm dh Drywall composite board WI tf dm Sandwich core tf dm Artificial ice rink wd dh dh ds dx Road transport infrastructure/ rail construction wd dh dh ds dx : product approval: DIBt Z , extruded polystyrene foam according to Insulation with ground contact Not under composite stone pavement 3) With protective layer over sealing barrier dm = 200 kpa, dh = 300 kpa, ds = 500 kpa, dx = 700 kpa 2

3 Technical Data 2. Technical Data Property Unit Designation code according to New 2800 C 3000 CS 3035 CS 4000 CS 5000 CS Standard Edge profile Surface textured smooth smooth smooth smooth Length x breadth mm 1,250 x 600 1,265 x 615 1,265 x 615 1,265 x 615 1,265 x 615 Compressive strength or compressive stress at 10% deformation 100 kpa = 10 N/cm² = 100 kn/m² = 10 to/m² Up to 120 mm kpa CS(10\Y) 200 (2060 mm) 300 (80200 mm) Permissible compressive stress over 50 years at < 2% deformation kpa CC(2/1.5/50) Rated value of compressive stress under foundation slabs kpa mm (single-layer) mm (single-layer) mm (multi-layer) Adhesive strength on concrete kpa TR Modulus of elasticity E 50 kpa mm (single-layer) 6,500 10,000 14, mm (single-layer) 5,000 10, mm (multi-layer) 6,500 10,000 14,000 Dimensional stability: 70 C; 90% R H % DS(70,90) Deformation behaviour: load 40 kpa; 70 C % DLT( Linear coefficient of thermal expansion Longitudinal Transverse mm/(m K) Fire behaviour DIBT Z DIBT Z DIN Building material class B1 B1 B1 B1 Euroclass E E E E E Water absorption with long-term immersion % by vol. WL(T) Water absorption in diffusion test % by vol. WD(V) Resistance coefficient of water vapour diffusion MU Water absorption after freeze-thaw cycle % by vol. FTCD Application temperature limit C DIN

4 Thermal Conductivities 3. Thermal Conductivities 3.1 Applications According to DIN 4108 Thermal conductivity W/(m K) and thermal resistance (m² K)/W of April 2016 New 2800 C 3000 CS 3035 CS 4000 CS 5000 CS Thermal conductivity Thermal resistance Rated value according to DIN 4108 λ λ λ λ λ Thickness 20 mm mm mm mm mm mm mm mm mm mm mm mm mm = declared thermal conductivity according to = declared thermal resistance according to λ = rated value of thermal conductivity according to DIBt approval in line with DIN Technically Approved Applications Rated values of thermal conductivity in W/(m K) as per DIBt approval April 2016 Approved types: 3035 CS, 4000 CS, and 5000 CS Thickness in mm Thermal insulation under load-bearing foundation slabs DIBt Z Soil moisture Pressing water Perimeter insulation of walls with ground contact and basement floors (non-load-bearing building elements) DIBt Z Wall area Under basement floors multi-layer Installation in pressing water and standing seepage water singlelayer multilayer Green roof Inverted roof constructions DIBt Z Frequented With gravel base and water-draining separation layer singlelayer doublelayer Application in soil moisture and non-standing seepage water in accordance with DIBt Z Table 5 and Sections 4.1 and 4.2 Application in accordance with DIBt Z Table 5 and Sections 4.1 and 4.3 4

5 Thermal Conductivities and Mechanical Parameters 3.3 Temperature Dependency 3.4. Moisture Content Dependency Thermal conductivity (standard values) of Example 3035 CS, board thickness 60 mm Thermal conductivity (standard values) of % per vol. rise in moisture content increases the thermal conductivity of in the range of 0 12% per vol. for each 2.3% Temperature in C Thermal conductivity of in W/(m K) Moisture content in % per vol. Thermal conductivity of in W/(m K) Mechanical Parameters (Mean Values, Standard Values) 4.1 Dynamic Stiffness Dynamic stiffness of 3000 CS, 3035 CS, 4000 CS, and 5000 CS Board thickness mm CS MN/m³ 3035 CS MN/m³ CS MN/m³ CS MN/m³

6 Dimensioning Aids 5. Dimensioning Aids 5.1 Load-bearing Floor Slabs Dimensioning aids for applications under load-bearing floor slabs Type Long-term modulus of subgrade reaction in N/mm³ (for insulation layer thickness in mm) CS single-layer mm 3035 CS single-layer mm 3035 CS single-layer mm 3035 CS multi-layer < 300 mm 4000 CS single-layer/multi-layer 5000 CS single-layer/multi-layer 5.2 Vehicle Traffic Vehicle Traffic Modulus of subgrade reaction = modulus of long-term compressive elasticity/thickness of insulation layer Type Weight in tonnes Vehicle Wheel load in kn Contact surface in mm x mm Thickness of individual board Available compressive stress with traffic load in kpa Non-reinforced layer structure Layer thickness above insulation board in mm Reinforced concrete Static height in mm HGV x Truck x Truck x Truck x Truck x Truck x Car < x Forklift x Forklift x Forklift x Heavy-goods vehicle (HGV), truck, and car according to DIN 1072; forklift according to DIN 1055 Important note: for reasons of long-term positional stability, the deformation under compressive stress due to traffic loads may not exceed 0.7 mm. * Therefore, in case of composite stone pavements with compressive stresses, for which the use of types 3035 CS and 4000 CS is permitted, 5000 CS should always be used in parking roof constructions. * According to the Instructions for Securing Surfaces with Plaster and Board Coverings issued by the Research Association for Roads and Traffic (FGSV), Cologne/Germany, 1994 Type Permissible compressive strength with traffic load in kpa Dimensioning of type 3000 CS 3035 CS 4000 CS 5000 CS

7 Dimensioning Aids and Adhesive Bond 5.3 Permissible Installation Depths Dimensioning aids for applications in perimeter insulation Permissible installation depths For worst-case load scenario: earth pressure with silty sand Application area Installation depth for types in m 3000 CS 3035 CS 4000 CS 5000 CS Without pressing water DIN Long-term or permanent pressing water (groundwater) Remarks: EPS: Installation depth limited to 3 or 6 m Minimum distance from stationary or moving loads 3 m Not approved in areas with permanent or long-term pressing water ΔU of 0.05 W/(m² K) to take into account increased moisture absorption 6. Adhesive Bond 6.1 Which Adhesive for Which Substrate? Mineral substrate Plaster base Metal Wood Plastic Adhesive mortar Epoxy resin adhesive PUR adhesive Important note: The dimensioning aids are non-binding planning tools. They are not a substitute for the construction and structural planning of the specialist engineer. Remarks: Up-to-date technical information is available on our homepage: For any technical queries relating to our products or applications, contact us at the following address: styrodur@basf.com 7

8 a Strong Product Line With the product line, BASF offers the ideal insulation solution for almost every application C The thermal insulation board with an embossed honeycomb pattern on both sides and smooth edges for applications in combination with concrete, plaster, and other covering layers. = reg. trademark of BASF SE 3000 CS The innovative multipurpose thermal insulation board: With smooth surface and shiplap For almost all applications in structural and civil engineering With uniform thermal conductivity across all board thicknesses 3035 CS The multipurpose thermal insulation board with smooth surfaces and shiplap that is suitable for almost all applications in structural and civil engineering. 4000/5000 CS The extremely compression-proof thermal insulation board with smooth surfaces and shiplap for applications that require maximum compressive strength. styrodur@basf.com Find your local distribution partner on our homepage. PMFS 1606 BE B Technische Daten (en) Important note The information submitted in this publication is based on our current knowledge and experience and is referring only to our product and its properties at the time of going into print. It does not imply any warranty or any legally binding assurance regarding the condition of our product. Attention must be paid to the requirements of specific applications, especially the physical and technological aspects of construction and building regulations. All mechanical drawings are basic outlines and have to be adapted to each application.