ISO shipping containers

ISO maritime containers represent a universal and efficient solution for the transportation and storage of goods worldwide. These containers are standardized according to the international ISO standard, ensuring compatibility with various modes of transport, such as ships, trains, and trucks. In this article, we will look at the different types of ISO maritime containers, their specifications, and the benefits they offer.

Maritime containers are a key element of modern logistics and goods transportation. Thanks to their standardization, durability, flexibility, and environmental sustainability, they are an ideal choice for various types of transportation and storage. Whether you need to transport smaller shipments or large-volume goods, ISO maritime containers provide a reliable and efficient solution.

Types of ISO Maritime Containers

Maritime container

20′ Maritime Container

The 20-foot maritime container is one of the most commonly used containers in logistics. This type of container is ideal for transporting smaller quantities of goods and is often used for intercontinental shipping.

  • External dimensions: 6058 x 2438 x 2591 mm (l/w/h)
  • Internal dimensions: 5910 x 2345 x 2335 mm (l/w/h)
  • Floor: wooden
  • Volume: 33 m³
  • Weight: 2245 kg
  • Certification: ISO, CSC

20′ High Cube Maritime Container (elevated version)

For transporting bulkier goods, the elevated version of the 20′ HC maritime container offers more space thanks to its greater height. This type of container is suitable for goods that require larger volume but not necessarily more length.

  • External dimensions: 6058 x 2438 x 2896 mm (l/w/h)
  • Internal dimensions: 5898 x 2344 x 2695 mm (l/w/h)
  • Floor: wooden
  • Volume: 37 m³
  • Weight: 2320 kg
  • Certification: ISO, CSC

40′ Maritime Container

For larger volumes of goods, the 40′ maritime container is the ideal choice. Its length makes it suitable for transporting larger loads, making it a popular choice for bulk shipments.

  • External dimensions: 12192 x 2438 x 2591 mm (l/w/h)
  • Internal dimensions: 12032 x 2344 x 2390 mm (l/w/h)
  • Floor: wooden
  • Volume: 67 m³
  • Weight: 3790 kg
  • Certification: ISO, CSC

40’HC Maritime Container (elevated version)

The elevated version of the 40′ HC maritime container offers even more space thanks to its greater height, making it ideal for transporting bulkier goods. This type of container is often used for transporting light but bulky cargo.

  • External dimensions: 12192 x 2438 x 2896 mm (l/w/h)
  • Internal dimensions: 12032 x 2344 x 2695 mm (l/w/h)
  • Floor: wooden
  • Volume: 76 m³
  • Weight: 3950 kg
  • Certification: ISO, CSC

MARITIME CONTAINERS FOR SALE – COMPLETE OFFER HERE

Maritime container lifespan

Maritime container lifespan?

Maritime containers play a crucial role in the global logistics chain, and their lifespan is essential for efficient and economical goods transportation. While it may seem that steel containers last forever, the reality is somewhat different. The average lifespan of a Dry Van maritime container, standard design, and made in China (which accounts for up to 95% of all new containers), is estimated at 10 to 12 years. However, statistics show that the average age of containers in circulation reaches up to 15 years. The lifespan of maritime containers is influenced by many factors, including wear and tear, environmental impact, and frequency of use. Regular repairs and maintenance are necessary to ensure the long-term usability of containers, but these costs can be significant. Recommended practices for managing repair and cleaning costs can help minimize additional expenses for all parties involved in the supply chain.

Factors affecting container lifespan

1. Wear and damage

Normal wear and mechanical damage to containers is inevitable. The side walls and roof of a container may begin to rust, the door seals may not fit perfectly, handles may become loose, and the floor may be broken or heavily contaminated. These defects often do not mean the end of the container’s usability but require regular repairs, which can become costly.

2. Impact of the environment

Containers are exposed to extreme conditions, from salty seawater to strong sunlight, which accelerates corrosion and other forms of damage. Containers used in harsh climates tend to wear out faster than those operating in milder conditions.

3. Usage Frequency

Containers that are frequently used and subjected to frequent loading and unloading exhibit faster wear. The frequency of handling, whether on a ship, in a port, or on the road, directly affects their lifespan.

Advantages of Maritime Containers

Standardization and Compatibility

ISO maritime containers are standardized according to international norms, ensuring their compatibility with various types of transport and allowing for easy handling and stacking. This standardization also facilitates logistical processes and reduces transportation costs.

Durability and Security

These containers are made of durable materials that ensure their long lifespan and the protection of transported goods. With a sturdy construction and safeguards against moisture, dust, and damage, ISO containers are ideal for transporting valuable and sensitive cargo.

Flexibility and Versatility

ISO maritime containers can be used not only for transporting goods but also as storage spaces or temporary offices. Thanks to their modularity, containers can be easily adapted to specific needs.

Environmental Sustainability

The use of ISO maritime containers also contributes to environmental sustainability by enabling efficient use of space and reducing the need for additional packaging materials. Moreover, due to their long lifespan, containers can be reused multiple times, minimizing their ecological footprint.