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ISO Dimensions of Shipping Containers and the Code ...

Author: Janey

Oct. 21, 2024

83 0 0

ISO Dimensions of Shipping Containers and the Code ...

ISO containers are the perfect solution for shipping as their dimensions are governed by the International Standards Organization (ISO). These regulations enable ISO containers to utilize space optimally, regardless of the mode of transport chosen.

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Height

Standard ISO containers measure 8 ft. 6 in., but various discrete heights ranging from 4 ft. to 9 ft. 6 in. are also available. Containers that possess a height of 9 ft. 6 in. are known as extended height or high cube containers, while those measuring 4 ft. or 4 ft. 6 in. may be referred to as half height containers.

 

Width

Most ISO containers are 8 ft. or 2,438 mm wide. Containers that exceed this width are classified into two additional categories. The letters C, D, E, and F denote containers that are wider than 2,438 mm but less than 2,500 mm. Meanwhile, those exceeding 2,500 mm are referred to with the letters L, M, N, and P.

 

Length

The most prevalent lengths for containers are 20 and 40 ft. Other available lengths encompass 24, 28, 44, 45, 46, 53, and 56 ft.

 

Coding, Identifying, and Marking

 

The identification standard for intermodal (shipping) containers is ISO:. This standardized system provides each container with a unique identifier, which can further be segmented into three components: an ISO (BIC) code, a size and type code, and additional optional markings.

 

Image Credit: The Geography of Transport Systems

 

ISO (BIC) Codes

 

The ISO (BIC) code specifies the container's owner, product group, and includes a unique serial number along with a check digit for identification purposes. The first three alpha characters represent the company or owner code, which is registered with the Bureau International des Containers et du Transport Intermodal (BIC) to ensure uniqueness. The product group U applies to all intermodal containers while J is designated for equipment attachments, and Z is used for the chassis or frames designed for intermodal containers. The serial number references an individual container and is cross-checked with the check digit.

 

Image Credit: BSL Containers

Size and Type Codes

 

The size and type code consists of a four-character representation of the container's dimensions and type. The first character denotes the length, the second relates to height and width, and the last two characters specify the container's type.

  

Code Group code Type Type code Principal characteristics    G  GP  Unventilated general purpose container  G0  Openings at one or both ends        G1  Vents in upper part of cargo space        G2  Openings at one or both end(s), plus "full" openings at one or both sides        G3  Openings at one or both end(s), plus "partial" openings at one or both sides        G4  Spare        G5  Spare        G6  Spare        G7  Spare        G8  Spare        G9  Spare  V  VH  General purpose containers with ventilation  V0  Non-mechanical ventilation at the lower and upper parts of the cargo space        V1  Spare        V2  Mechanical ventilation installed in the container        V3  Spare        V4  Mechanical ventilation installed outside the container        V5  Spare        V6  Spare        V7  Spare        V8  Spare        V9  Spare  B  BU  Dry bulk containers, non-pressure-resistant  B0  Closed        B1  Airtight    BK  Pressurized  B2  Spare        B3  Horizontal discharge, test pressure 150 kPa        B4  Horizontal discharge, test pressure 265 kPa        B5  Tipping discharge, test pressure 150 kPa        B6  Tipping discharge, test pressure 265 kPa        B7  Spare        B8  Spare        B9  Spare  S  SN  Named cargo containers  S0  Livestock container        S1  Automobile container        S2  Living fish container        S3  Spare        S4  Spare        S5  Spare        S6  Spare        S7  Spare        S8  Spare        S9  Spare  R  RE  Thermal containers
- refrigerated
- refrigerated and heated
- self powered refrigerated/heated  R0  Mechanically refrigerated    RT    R1  Mechanically refrigerated and heated    RS    R2  Mechanically refrigerated        R3  Mechanically refrigerated and heated        R4  Spare        R5  Spare        R6  Spare        R7  Spare        R8  Spare        R9  Spare  H  HR  Thermal containers
- refrigerated and/or heated with removable equipment  H0  Refrigerated and/or heated with removable equipment located externally, coefficient of heat transfer K=0.4 W/(m2.K)        H1  Refrigerated and/or heated with removable equipment located internally        H2  Refrigerated and/or heated with removable equipment located externally, coefficient of heat transfer K=0.7 W/(m2.K)        H3  Spare        H4  Spare  HI    H5  Insulated, coefficient of heat transfer K=0.4 W/(m2.K)        H6  Insulated, coefficient of heat transfer K=0.7 W/(m2.K)        H7  Spare        H8  Spare        H9  Spare  U  UT  Open-top containers  U0  Opening(s) at one or both end(s)        U1  Opening(s) at one or both end(s) plus removable roof in end frame        U2  Opening(s) at one of both end(s) plus opening(s) on one or both sides        U3  Opening(s) at one or both end(s) plus opening(s) on one or both sides plus removable top members        U4  Opening(s) at one or both end(s) plus opening(s) on one side plus full openings on the other side        U5  Full, solid side and end walls (no doors)        U6  Spare        U7  Spare        U8  Spare        U9  Spare  P  PL  Platform (container)
- platform based on containers with incomplete superstructure
- fixed
- folding
- platform based containers with complete superstructure  P0  Platform    PF    P1  Platform with two complete, fixed end walls        P2  Platform with fixed posts, either free-standing or with removable top members    PC    P3  Platform with folding complete end walls        P4  Platform with folding posts, either free-standing or with removable top members    PS    P5  Platform, open at the top and ends (skeletal)        P6  Spare        P7  Spare        P8  Spare        P9  Spare  T  TN  Tank container for non-dangerous liquids  T0  Minimum pressure 45 kPa        T1  Minimum pressure 150 kPa        T2  Minimum pressure 265 kPa    TD  Tank container for dangerous liquids  T3  Minimum pressure 150 kPa        T4  Minimum pressure 265 kPa        T5  Minimum pressure 400 kPa        T6  Minimum pressure 600 kPa    TG  Tank container for gases  T7  Minimum pressure 910 kPa        T8  Minimum pressure 2 200 kPa        T9  Minimum pressure (yet to be assigned)  A  AS  Air/surface containers  A0  

Image Credit: SMDG

What Are the Different Sizes and Types of Ocean Shipping ...

The information you need to choose the right size container for your international freight is outlined in this post. You'll understand what sorts of shipping containers are available, what their capacities are, and what size containers you ought to request for your freight after reading this post. You will find the details listed below. For example, you will learn about the standard dimensions of shipping containers (length, breadth, and height) and various dimensions for different types of shipments.

Main Types of Freight Container for International Shipping

There are no better dry freight containers than standards. They are suitable for handling loads that are either placed on pallets or skids or that are loose. In many cases, this is the only kind of container that a company shipping internationally will ever need, but you might consider using one of the following types of container if your cargo is particularly demanding:

Flat Rack Freight Container

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Flat rack freight containers are large, horizontal metal frames secured to the decks of cargo ships with removable steel locks. They are used to transport oversized or overstuffed products. The typical height is around ten feet, and the container might stretch up to 60 feet or more.

High Cube Container

The height of a high cube container is approximately 6 inches higher than a standard dry container, making it a little more spacious. A full load in a high cube container may contain up to 76 cubic metres of freight, compared to 67 cubic metres in a standard box. It is nearly identical to a standard dry container. A 20-foot (6.25m) long high cube container has dimensions of 8'0" (2.44m) by 8'6" (2.59m) by 9'3" (2.82m), while a 21-foot (6.50m) long high cube container has dimensions of 8'0" (2.44m) by 10'0" (3.05m) by 11'5" (3.48m). A high cube container's height is set 6" higher than a standard ISO shipping container to allow for more volume inside, so if you get an extra 6" of height, you get 19% more cubic space.

Open Top Freight Container

For situations where you have a shipment that is too big for a standard dry container, but not big enough to warrant a high cube unit, you might be able to use an open top shipping container. Of course, the top of this kind of container is not really open, but is covered with a tarpaulin to keep out the elements. It may also be loaded and unloaded by crane. Although bulk containers or lift vans are popular, many customers demand additional features that are not always available.

Tunnel Container

A tunnel container is a dry freight container, used to transfer FCL and LCL cargo, in which the doors are at either end, making loading and unloading much simpler than a standard single-door unit. To expedite the loading and unloading of cargo, tunnel containers are ideal. The specialized locks and additional metal layer on an ISO shipping container make this a feasible option. Because certain products require higher-risk delivery methods, tunnel containers were designed to handle them.

Side Open (or Open Side) Shipping Container

Forklifts can load or unload items packed on pallets using open side units like tunnel containers. Instead of having doors at the ends, one entire side of the container is hinged in four places, providing access along the entire length of the unit. This type of container is perfect for when forklifts will load or unload goods.

Tank Containers

Tank containers are used to transport both non-hazardous and hazardous liquids and gases. They are made of steel or another durable material and are cylindrical in shape. So that they may stack with other container types on a cargo vessel's or container terminal's deck, they are identical in size and shape to standard containers. A lot of ocean container traffic is handled now by Oceanus' fleet of patented clamshell tank containers, one of every six tons of which is handled by Oceanus. The Oceanus tank container has 44 stanchion locations on three curved corrugated corner posts, each with stake pockets. The corrugated steel roof supports a corrugated steel sheet on which a corrugated corner post supports it from above by corrugated corner posts. The corrugated corner posts, which are spaced at regular intervals and connect the corrugated steel sheet, support the corrugated steel sheet from above by corrugated corner posts.

Refrigerated Containers (or Reefers)

These are identical to ordinary dry shipping containers, but have insulation and refrigerator units to keep the contents within a certain temperature range during transport and storage. As intermodal delivery systems became feasible, railways were able to transport food across the globe without losing nutritional value. New technology also made these containers more efficient and less hazardous than ever before. They are able to maintain food fresh for extended periods of time by maintaining a specific temperature (most frequently around -10 degrees Celsius) with cold-produced systems or cryogenic systems. To allow for easy loading and unloading, these containers usually have a large door on one end.

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