These are doors that can be used in service passing. Their use in cold air rooms requiring continuous entry and exit provide great ease.

1

Fire Resistance

Our door products, as is the case with all our other products, are produced under our “Fire Resistance” certificate.
  • 1

    Fire Resistance

    Our door products, as is the case with all our other products, are produced under our “Fire Resistance” certificate.

    • General Specifications

      Single wing doors can be produced from 70x170 cm to 100x250 net opening.
      Can be assembled to panel and walls.
      Wing can be opened 180° in both directions and kept open if needed.
      40 mm wing thickness.
      Filled with polyurethane for keeping insulation ratio highest as much as possible.
      Can be with or without windows.

    • Mechanical Specifications

      Sheet Surface Yield Strength (fct) min. 220N/mm²
      Panel Tensile Strength min. 0,018 Mpa
      Transverse Tensile Modulus at High Temperatures min. 0,04 MPa
      Core Material Shear Strength (fcv) min. 0,11 Mpa
      Core Material Shear Modulus (G) min. 2 MPa
      Core Material Compressive Strength (σ10) min. 0,09 Mpa
      Moment of Flexion Capacity and Rigidity - Straight (Mu) min. 2,3 kNm/m
      Moment of Flexion Capacity and Rigidity - Inverted (Mu) min. 2 kNm/m
      Torsional Stress - Straight (σw) 115 MPa
      Torsional Stress - Inverted (σw) 100 MPa
      Moment of Flexion Capacity on a Central Bracket - Straight 2,95 kNm/m
      Moment of Flexion Capacity on a Central Bracket - Inverted 3 kNm/m
      Torsional Stress Capacity on a Central Bracket - Straight 133 MPa
      Torsional Stress Capacity on a Central Bracket - Inverted 118 MPa
      PUR Thermal Conductivity Value (ʎ) max. 0,022 W/mK
      Dimensional Stability Seviye DS(TH) 11
      Fire Classification (TS-EN 13501-1) C-s2,d0
    • Dimensional Tolerances

      Thickness ± %4
      Length ± 10 mm
      Width ± 2 mm
      Deviation from Rectangularity ± 5 mm