The cold air room sliding door models widely preferred in cold air warehouses allows you to save space in projects requiring large doors.
Door Wing No wooden materials have been used and 40(+/- 2) density polyurethane has been injected between the two sheets. Door Thickness 92 mm in normal cold warehouses, 120 mm in freezer warehouses. Hanger Hardware Rail, spool, handles and the necessary accessories are of composite material and stainless steel. Surface Sheet In the standard production, both sides are PVC sheets. Optionally, they can be polyester coated sheet and CrNi. Door Frame Outer frame is special PVC, inner frame is aluminum. Thermal Bridge In normal storage rooms, the single line surrounding the door wing is a rubber gasket. The frame of the freezer storage room doors contain resistance which can be easily changed when needed. Dimensions Can be produced with up to 250X300 cm net opening.
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
Thickness ± %4 Length ± 10 mm Width ± 2 mm Deviation from Rectangularity ± 5 mm