Reefer

20ft Reefer Container

Q: What goods suit this reefer container?

For the intended use, the 20ft Reefer Container suits temperature-sensitive goods when the required temperature range, loading method and power supply are known before use. For the intended use, the 20ft Reefer Container suits temperature-sensitive goods when the required temperature range, loading method and power supply are known before use.

Q: What power setup matters?

Before placement, the 20ft Reefer Container needs a suitable supply, practical cable route and machinery-end clearance. Reliable service access and airflow space both matter. Before placement, the 20ft Reefer Container needs a suitable supply, practical cable route and machinery-end clearance. Reliable service access and airflow space both matter.

Q: How should goods be loaded?

Load the 20ft Reefer Container with airflow paths open and avoid blocking the machinery end. Circulation matters as much as the set temperature. Load the 20ft Reefer Container with airflow paths open and avoid blocking the machinery end. Circulation matters as much as the set temperature.

Q: Which specifications matter most?

In the specification check, the specification table shows 30 m³ capacity and 23,900 kg payload, door access and external size, which should fit the cargo and the space available around the unit. In the specification check, the specification table shows 30 m³ capacity and 23,900 kg payload, door access and external size, which should fit the cargo and the space available around the unit.

Q: When is another container type better?

Another type may be better than the 20ft Reefer Container when goods do not need controlled temperature, or when power and ventilation are not available. Another type may be better than the 20ft Reefer Container when goods do not need controlled temperature, or when power and ventilation are not available.

* These images are indicative

External length6,06m / 19'11"
External width2,44m / 8'0"
External height2,59m / 8'6"

The 20ft Reefer Container depends on a stable power supply and a clear temperature target. Leave space around the machinery end, keep cable routing practical and load goods so air can move through the unit.

ISO certifiedBuilt to standard
Wind & watertightWeather protected
Built to lastHeavy-duty steel

Buy or Rent

Choose whether to buy the container outright or rent it for as long as you need it.

Condition

Condition describes how much a container has been used. Every condition we offer is inspected and certified wind and watertight before delivery.

Cargo-worthy after service at sea, certified wind and watertight and priced for practical use.

Fast delivery available worldwide

Overview

Temperature-Controlled Use

The 20ft Reefer Container suits goods that depend on a controlled temperature environment, with power, airflow, machinery-end access and loading rhythm treated as part of the fit. The machinery end, cable route and door routine should remain practical for the goods being stored.

Temperature-controlled storage
Stable power operation
Airflow-aware loading
Machinery-end service access
Long-term ownership fit

Specifications

External dimensions: L 6,06m x W 2,44m x H 2,59mL 19'11" x W 8'0" x H 8'6"
Internal dimensions: L 5,49m x W 2,28m x H 2,26mL 18'0" x W 7'6" x H 7'5"
Door opening: W 2,28m x H 2,24mW 7'6" x H 7'4"
Tare weight: 3.100 kg6.834 lb
Payload: 23.900 kg52.690 lb
Max gross weight: 27.000 kg59.525 lb
Cubic capacity: 30 m³1.059 ft³

Temperature Range and Power

Stable power keeps cooling reliable
Clear cable routing reduces disruption
Machinery space supports servicing

Loading Pattern and Airflow

In the 20ft Reefer Container, temperature control is affected by how goods are stacked. Open airflow paths, a clear machinery end and short door openings help keep sensitive cargo from unnecessary exposure.

Open airflow paths protect cargo
Even stacking improves temperature stability
Shorter door openings reduce exposure

Access During Use

In the 20ft Reefer Container, frequent access changes how the unit performs. Door routines, goods movement and surrounding working space all affect whether ventilation and service access remain practical.