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Refrigerated containers, superfreezers and insulated containers are specialized units for storing and transporting sensitive goods. Whether for Pharmaceuticals, food or events — our containers offer precise temperature control with high energy efficiency and are available in various sizes.
All units are delivered ready for use and are equipped with proven units from well-known manufacturers:
You can buy the appropriate containers directly from us; delivery is quick and ready for operation.
The scheme: Dumping prices, 100% upfront payment, no delivery, no customer support — often using stolen images and falsified company details.

1. Keep your distance
2. Ensure good ventilation
3. Sturdy subsoil
4. Ensure horizontal orientation
5. Pay attention to weather extremes
temperature ranges Are at around -30 °C to +30 °C, depending on the unit and model. In this way, both frozen products (e.g. -18 °C) and chilled goods (e.g. +4 °C) can be kept reliably.
Reefer containers are of internationally established sizes 20 feet and 40 foot/40 foot high cube available. The external dimensions fully comply with ISO shipping container standards — a decisive advantage for companies that move containers by truck, rail or ship.


Refrigerated containers usually have a so-called T-floor made of T-shaped aluminum profiles, which are laid lengthwise.
There are slits between the T-profiles, which are a uniform air circulation under the load. The cold air is fed from the unit down into the T-floor blown, flows backwards and upwards and is sucked in again at the top — this evenly cools the entire interior.
Important: Cargo may only go up to the marked Stauhöhe Be loaded (approx. 10-15 cm below the ceiling) so that the air can circulate at the top and is not blocked.
The design is specifically designed for a long service life and constant cooling capacity.
interior
Our refrigerated containers meet all relevant EU requirements for hygiene and food safety and are complete HACCP compliant. The smooth stainless steel surfaces prevent the accumulation of germs, support safe operation in accordance with food standards and can be cleaned quickly and thoroughly.
isolation
This design enables energy-efficient cooling even at high outdoor temperatures or intensive use.
Door mechanism: Refrigerated containers have double-wing insulated steel container doors with rubber seals on the front (rear), similar to standard sea containers. The door wings are secured with vertical locking rods and levers. When closed, they seal hermetically to prevent loss of cold.
Modern refrigerated container doors usually have a Emergency release from the inside, so that trapped people can free themselves — an important safety feature. In addition, a pressure relief valve is often installed to compensate for a vacuum when cooling and to make it easier to open the door. For frequent loading and unloading, a strip curtain be installed behind the door from plastic slats. This minimizes cold loss when the door is open (the cold air stays better in the container).
An actively cooling container requires a suitable power supply.
standard refrigerated container are with operated.

An actively cooling container requires a suitable power supply.
standard refrigerated container are with Three-phase current 380—460 V, 50/60 Hz and 32 A operated.
400 V/50 Hz are common in Europe, for example 440 V/60 Hz on ships — most units automatically support both frequencies.
Power is supplied via a 5-pin CEE industrial plug (32A, red) for sea use and 4-pin for land use. The container is usually delivered with a suitable plug and connection cable (usually 10-15 m), which is connected to an appropriate CEE socket. On land should an electrician provide a dedicated three-phase circuit, protected with 32 A inputs (or C/K characteristic, due to starting current). An FI circuit breaker (RCD) is also recommended, as the container is often outdoors.
Modern reefer units work significantly more efficiently than older systems.
This is primarily due to improved compressor technology, optimised air flow and precise control — not the refrigerant itself.
Depending on the year of construction and operating conditions, there can be noticeable energy savings. At the same time, older units with refrigerants such as R134a or R404a are coming under increasing regulatory pressure due to the EU F-gas regulation. In the long term, this leads to rising costs and makes maintenance more difficult.
Current systems are therefore increasingly using refrigerants such as R452a or R513A with a reduced GWP value. These are currently regarded as an economically viable interim solution.
For operators, this means more planning security, lower regulatory risk and more stable operating costs.
The actual energy consumption depends heavily on the application. Outside temperature, target temperature, loading and door openings have a direct influence. A 20′ refrigerated container At an internal temperature of +2 °C under moderate conditions, it can typically be approximately 15—30 kWh per 24 hours consume.
All our refrigerated container models can also be purchased as insulated containers without an active unit. This means that you can use the same first-class insulation to protect your goods from changes in temperature. Refrigerated containers are specially designed to actively control temperatures and can both cool and heat. They are ideal for storing sensitive goods that require specific temperature ranges. Insulated containers, on the other hand, are mainly used to keep the temperature within a stable range without actively cooling or heating. They provide effective insulation to minimize the ambient temperature from outside and are good for storing goods that need to be protected from extreme temperatures.

Cooling systems offer reliable cooling, flexible applications and maximum energy efficiency. Choose between classic cooling systems, powerful superfreezers for low temperatures down to -60 °C or efficient insulated containers for passive protection.
Benefits of our containers:


Yes Refrigerated containers are able to fill the interior via to maintain the ambient temperature, as they are equipped with heating rods or heat pump functions. For example, a reefer can easily keep +5 °C inside in winter at -10 °C outside temperature. Most can be adjusted to an internal temperature of around +30 °C. They are not designed for higher temperatures (then it would be a heat chamber container). In practice, the heating function is used to protect goods from frost or to keep products stored in cold stores below their target value.
Regardless of whether you need a shipping container, a refrigerated container for the safe storage of temperature-sensitive goods, a material container for the storage of building materials or an office container for temporary or permanent office solutions — we have the right solution for you. You can choose between buying and renting and benefit from fair prices and our comprehensive range of services.