Emay Smart 3R VS

An Economical Solution for Strong Roofs: Emay Smart 3R VS

Combines economy and strength thanks to its rib height and design.

General Features
· Has a 3-rib, high-corrugation structure.
· Offers easy installation thanks to its external screw connection detail.
· Provides high load-bearing performance thanks to its rib height and cross-section geometry.
· Available in painted galvanized steel (PPGS), painted aluminum (BAL) and stainless steel.
· Available in PVDF, plastisol, polyester (PE) and PVC-film coating options.
· Provides high thermal insulation thanks to PUR/PIR insulation core.
· Does not absorb water thanks to its 95% closed-cell structure.
· Available with flame-retardant PUR core and high fire-resistance PIR insulation core options.
· Economical: delivers maximum efficiency at optimum cost.
· Its design ensures long service life.
· Available in insulation thicknesses of 40-50-60-80-100-120 mm.
· Can be produced in custom lengths from 2,500 mm up to 13,600 mm.

Description


Technical Specifications

Insulation Thickness Insulation Density Metal Thickness
Painted Galvanized Steel / Painted Aluminum
Thermal Conductivity Coefficient Fire Class
40 – 50 – 60 – 80 – 100 – 120 mm PUR 38-40 (±2) kg/m3
PIR 38-42 (±2) kg/m3
Outer Surface0,45 – 0,50 – 0,60 – 0,70 mm
Inner Surface0,35 – 0,40 – 0,50 – 0,60 – 0,70 mm
Λ = 0,022 W/mK(EN 13165) PUR B-s2, d0 EN 13501-1
PUR C-s2, d0 EN 13501-1
PIR B-s1, d0 EN 13501-1
PUR B-s2, d0 EN 13501-1
Water Absorption Vapor Diffusion Resistance Closed Cell Ratio Dimensional Stability Paint Types
2% by volume (168 hours)(EN ISO 354) 30-100(EN 12086) %95(EN 14509) Class DS (TH) 11 Polyester, PVDF, Plastisol and PVC Coating

Load Bearing Table

EMAY SMART 3R VS
INSULATION CORE CORE THICKNESS mm TOP SHEET mm BOTTOM SHEET mm MULTIPLE SPAN mm THERMAL TRANSMITTANCE U VALUE U (W/m²K) THERMAL RESISTANCE R VALUE R (m²K/W)
1000 mm 1500 mm 2000 mm 2500 mm
PUR / PIR 40 0,50 0,40 348 202 145 112 0,55 1,82
50 0,50 0,40 423 253 182 142 0,44 2,27
60 0,50 0,40 383 295 214 169 0,37 2,73

• Material is taken as DX-51.
• Deflection limit is calculated as L/200.
• Calculated according to allowable-stress design.
• Load values in the table do not include point or linear loads.
• Site-related variables must also be considered.
• Load values in the table represent uniformly distributed load (kg/m²).
• The values are approximate calculations shared for reference. Emay Panel reserves the right to modify them..
• For more details, please contact the Emay Panel quality department.

Emay Panel

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