Container Cold Room
Container cold rooms are manufactured using insulated sandwich panels with hygienic and antibacterial surfaces, designed to meet international cold chain standards. The panels are joined with eccentric lock systems to ensure airtightness and easy assembly/disassembly. Doors are heavy‑duty, insulated, and fitted with heating resistors where necessary to prevent freezing. Surfaces can be finished in polyester‑coated galvanized steel, PVC‑coated steel, or stainless steel depending on project requirements.
Dimensions
Standard container cold rooms are produced in ISO container sizes, ensuring compatibility with logistics systems.
20 DC Container:
Length: 5,897 mm
Width: 2,348 mm
Height: 2,390 mm
40 HC Container:
Length: 12,031 mm
Width: 2,348 mm
Height: 2,695 mm
Custom dimensions can be manufactured upon request.
Applications
Container cold rooms are widely used in food logistics, pharmaceuticals, hospitality, and temporary facilities. They are suitable for preserving:
Fresh fruits and vegetables
Meat, fish, and poultry
Ice cream and frozen foods
Dairy products
Vaccines, drugs, and sensitive chemicals
Panel Details:
Thickness options: 60, 80, 100, 120, 150, 200 mm
Width: 116 cm
Maximum length: 13.5 m
Density: 42 kg/m³ polyurethane (B1 fire safe, DIN 4102)
Sheet thickness: 0.50 mm
Surface finishes: Polyester, PVC, Stainless Steel, or Plywood (for floors)
Floor Options:
Plywood with non‑slip birch surface and galvanized steel backing
Stainless steel or aluminum checkered plate for heavy loads and pallet jack use
Performance
Container cold rooms are designed for rapid cooling and reliable operation in diverse environments. Once connected to power, cooling can be achieved within approximately one hour.
Temperature Ranges:
Ambient Cooling: +12 °C to +16 °C
Cold Storage: –5 °C to +8 °C
Frozen Storage: –18 °C to –25 °C
Blast Freezing: –35 °C to –40 °C
Additional Features:
Fire resistance: B1 Class (DIN 4102) polyurethane insulation
Airtight sealing with lock‑joint panel system
Portability: fully relocatable without structural changes
Energy efficiency: minimized thermal losses through insulated walls and doors