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WOOD-ALU HEBESCHIEBE

Combination of wood on the inside and aluminium on the outside, available in profiles 78 and 90 mm. Ideal solution for large openings and maximum connection with outdoor space.
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ISO Standards
Warranty
included
Profile Performance Uf=1,2 W/(m2K) / Uf=1,1 W/(m2K)
Width Sash 56 mm
Frame 98 mm
Glass Ug=0,6 W/(m2K)
Thermal Insulation Uw=0,85 W/(m2K) / Uw=0,84 W/(m2K)
Sliding elegance with superior insulation
WOOD-ALU HEBESCHIEBE sliding doors provide optimal light, insulation, and functionality. Designed for projects where aesthetics, energy efficiency, and comfortable movement are essential.
Product description

HEBESCHIEBE sliding doors combine the natural beauty of wood with the external protection of aluminium. Straight lines and premium hardware ensure smooth sliding and a modern appearance. Available profiles:

78 mm WOOD-ALU HEBESCHIEBE

  • Wooden interior with aluminium cladding on the outside for additional resistance.
  • Profile depth: 198/212 mm
  • Frame height: h=78 mm
  • Sash height: h=98 mm
  • Excellent thermal and sound insulation.
  • Triple glazing up to 48 mm.
  • Ug value: 0.6 W/(m²K)
  • Uw value: 0.85 W/(m²K)

90 mm WOOD-ALU HEBESCHIEBE

  • Advanced profile for maximum energy efficiency and passive houses.
  • Profile depth: 222/236 mm
  • Frame height: h=56 mm
  • Sash height: h=98 mm
  • Triple glazing up to 60 mm.
  • Ug value: 0.6 W/(m²K)
  • Uw value: 0.84 W/(m²K)

Why choose Herceg d.o.o.?

  • Experience in producing premium sliding door systems.
  • Over 41 years of experience and tradition.
  • Certified materials and superior design.
  • Custom production tailored to client requirements.
  • Support at every step – from idea to installation.
Product Comparison
Specification
Alu sliding walls Alu panorama sliding walls
Number Of Chambers
Profile Specification
Uf=1,2 W/(m2K) / Uf=1,1 W/(m2K) Uf=1,2 W/(m2K) / Uf=1,1 W/(m2K)
Sash
56 mm 56 mm
Frame
98 mm 98 mm
Glass
Ug=0,6 W/(m2K) Ug=0,6 W/(m2K)
Sound Isolation
Thermal Isolation
Uw=0,85 W/(m2K) / Uw=0,84 W/(m2K) Uw=0,85 W/(m2K) / Uw=0,84 W/(m2K)