Description
A T-panel in modular cold rooms generally denotes a specialized panel type utilized within modular cold room systems. These panels typically serve as integral elements constituting the walls, ceiling, and floor of the cold room. The term “T panel” is derived from the top-down view of the panel, resembling the letter T in shape.
These T panels play a pivotal role in fortifying the structure of modular cold rooms, enhancing insulation, and ensuring the preservation of stored product quality. Equipped with high-quality insulation materials, they actively contribute to heightened energy efficiency.
| FEATURES | VALUES |
| Panel Width (cm) | 30 – 40 – 50 – 111 |
| Panel Thickness (mm) | 50 – 60 – 80 – 100 – 120 – 150 – 180 – 200 |
| Panel Density | 40±2 kg/m³ |
| Sheet Coating Types | Polyester – PVC – CrNi |
| Colour | RAL 9002 |
| Pattern | Oluklu – Düz |
| Insulation | Poliüretan |
| Sheet Thickness (mm) | 0,50 mm |
| FEATURES | VALUES |
| Yield Strength of Sheet Surface (fct) | min. 220N/mm² |
| Tensile Strength of Panel | min. 0,018 Mpa |
| High Temperature Transverse Tensile Module | 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 |
| Bending Moment Capacity and Rigidity – Flat (Mu) | min. 2,3 kNm/m |
| Bending Moment Capacity and Rigidity – Reverse (Mu) | min. 2 kNm/m |
| Torsional Stress Straight (σw) | 115 MPa |
| Torsional Stress Reverse (σw) | 100 MPa |
| Bending Moment Capacity on a Central Support – Straight | 2,95 kNm/m |
| Bending Moment Capacity on a Central Support – Inverse | 3 kNm/m |
| Torsional Stress Capacity on a Central Support – Straight | 133 MPa |
| Torsional Stress Capacity on a Central Support – Reverse | 118 MPa |
| PUR Thermal Conductivity Value (ʎ) | max. 0,022 W/mK |
| Dimensional Stability | Level DS(TH) 11 |
| Inflammability Class (TS-EN 13501-1) | C-s2,d0 |
| FEATURES | VALUES |
| Thickness | ± %4 |
| Length | ± 10 mm |
| Width | ± 2 mm |
| Deviation from Miter | ± 5 mm |
