Modular Cold Room
Modular cold rooms are designed as flexible, prefabricated solutions for food preservation, pharmaceuticals, and other temperature‑sensitive products. They are built with insulated panels that can be easily assembled, dismantled, and relocated, making them ideal for facilities requiring adaptable cold storage capacity. With more than 150 standard models available, modular cold rooms cover a wide range of volumes from compact mini units to larger storage spaces. Their hygienic finishes, durable construction, and efficient insulation ensure compliance with international standards while providing reliable performance in diverse environments.
Capacity Range
From 1.8 m³ (mini coldroom) up to 18.1 m³ depending on model and configuration
Temperature Range
Chilling: 0 °C to +8 °C
Freezing: –10 °C to –25 °C
Ambient operation up to +43 °C
Options & Accessories
Transparent strip curtains
Extra power outlets
Plastic shelving systems (360 mm or 460 mm depth)
Ride‑in panel ramps for easy trolley or pallet access
Panel Details
Thickness options: 80 mm or 120 mm
Insulation density: 42 kg/m³ polyurethane, HCFC‑free
Panel sizes: 300 mm, 600 mm, 900 mm, plus corner sections (15×45, 45×45, 45×60, 15×60)
Heights available: 2010 mm, 2200 mm, 2400 mm
Surfaces: White painted galvanized steel (standard), optional stainless steel (AISI 430 or 304), grey or black finishes
Floor: Anti‑slip stainless steel AISI 304, with optional beaded stainless surface for dirt resistance
Rounded corners for hygiene and safety
Door System
Reversible door feature (left or right opening)
Gasket‑sealed with integrated heater for reliable closure
Net door dimensions vary by model (typically 580–700 mm width × 1845 mm height)
Applications
Modular cold rooms are widely used in supermarkets, restaurants, hotels, laboratories, and logistics facilities. Their adaptability makes them suitable for storing fresh produce, meat, fish, dairy, frozen foods, and pharmaceuticals. The modular design allows quick installation, relocation, and expansion, ensuring maximum efficiency in limited spaces.