Timber-aluminium-hybrid facade | ECO_N
System compatibility Combination of hybrid and aluminium version
  • Room-specific interior design
  • Different types of timber (oak, fir, etc.) and coloured aluminium applicable
  • System compatibility: combining Lindner ECO aluminium element and ECO_N hybrid element at adjacent elements
  • Combining hybrid and aluminium profiles within one element (e.g. transoms in aluminium, mullions with timber appearance)
  • Same appearance externally (80mm)
System compatibility Combination of hybrid and aluminium version
  • Room-specific interior design
  • Different types of timber (oak, fir, etc.) and coloured aluminium applicable
  • System compatibility: combining Lindner ECO aluminium element and ECO_N hybrid element at adjacent elements
  • Combining hybrid and aluminium profiles within one element (e.g. transoms in aluminium, mullions with timber appearance)
  • Same appearance externally (80mm)
Special features Interior lightning
  • Linear LED lighting directly
  • Reversible
  • Easy line integration
Special features Interior lightning
  • Linear LED lighting indirectly
  • Reversible
  • Easy line integration
Special features Interior lightning
  • Linear LED lighting as joint design at the element joint
  • Reversible
  • Easy line integration
Special features Interior lightning
  • Linear LED lighting as joint design at the element joint
  • Reversible
  • Easy line integration
Special features Material change
  • Base profile can be dressed individually
  • Multicolour design of the cover shells possible
Special features Material change
  • Base profile can be dressed individually
  • Multicolour design of the cover shells possible
Special features Joint design
  • Coloured aluminium profiles
  • Coloured silicone seal
Special features Material combination
  • Wood embedded in coloured aluminum
Special features All-timber look
  • Timber cover of the butt joint
  • Element tolerances can be integrated
  • Independent of building movements
Special features All-timber look
  • Timber cover of the butt joint
  • Element tolerances can be integrated
  • Independent of building movements
Design ECO N 80
  • Combination of coloured aluminium and timber module
  • Internal width: 80mm
  • External width: 80mm
  • Integration of opening elements
Design ECO N 80
  • Combination of coloured aluminium and timber module
  • Internal width: 80mm
  • External width: 80mm
  • Integration of opening elements
Design ECO N 80
  • Combination of coloured aluminium and timber module
  • Internal width: 80mm
  • External width: 80mm
  • Integration of opening elements
Design ECO N 100
  • Combination of coloured aluminium and timber module
  • Internal width: 100mm
  • External width: 80mm
  • Integration of opening elements
Design ECO N 100
  • Combination of coloured aluminium and timber module
  • Internal width: 100mm
  • External width: 80mm
  • Integration of opening elements
Design ECO N 100
  • Combination of coloured aluminium and timber module
  • Internal width: 100mm
  • External width: 80mm
  • Integration of opening elements
Performance Fire Safety
  • Slab area designed with aluminium and steel only
  • No link between timber modules and (vertically) adjacent façade elements
Performance Dauerhaftigkeit
Water and drainage management only by aluminium and EPDM system components for highest durability, like in a conventional aluminium system
Performance Thermal Performance
Ucw value (Sample 1)
Performance Thermal Performance
Ucw value (Sample 2)
Performance Thermal Performance
  • Isotherm analysis HS ECO_N 80
  • blue line: Dew point isotherm
    (9,6° / 100 % RH)
  • red line: Mold isotherm
    (12,6° / 80% RH)
Performance Thermal Performance
  • Isotherm analysis HS ECO_N 100
  • blue line: Dew point isotherm
    (9,6° / 100 % RH)
  • red line: Mold isotherm
    (12,6° / 80% RH)
Performance Thermal Performance
  • Isotherm analysis VS ECO_N 80
  • blue line: Dew point isotherm
    (9,6° / 100 % RH)
  • red line: Mold isotherm
    (12,6° / 80% RH)
Performance Thermal Performance
  • Isotherm analysis VS ECO_N 100
    • <
  • blue line: Dew point isotherm
    (9,6° / 100 % RH)
  • red line: Mold isotherm
    (12,6° / 80% RH)
Performance Uf analysis HS ECO_N 100
  • By default the value is 1,7 W/(m²K)
  • a project-related variant can reach the value of 1,4 W/(m²K)
Sustainability Circular economy
  • Mechanical-only connections, no bonding that creates composite materials is required
  • At the end of use cycles, materials can be homogenously separated for recycling
  • Re-using certain components is possible, too, due to the mechanical re-assembly
Sustainability Carbon dioxide reduction
  • Aluminium and surface treatment reduced
  • CO2 benefit due to use of timber
  • LCA assessment stages A1-A3 (production):
    • 1 m² aluminium facade: 230.1 CO2e/m²
    • 1 m² ECO_N 100 hybrid facade:
      184.1 CO2e/m² (20% reduction)
  • 1 m² ECO_N 100 hybrid facade with reduxa aluminium: 146.7 CO2e/m² (36%
    reduction)