I. Dimension Table

II. Detailed Description

(A) External Dimensions

1. External Length: The external length of a 40ft high cube container measures 40 feet, which is equivalent to 12.19 meters when converted to the metric system. This length provides substantial longitudinal loading space, allowing it to accommodate long-strip-shaped cargoes such as the main components of large mechanical equipment and coiled industrial raw materials.
(The 40-foot high cube container has an external length of 40 feet, which converts to 12.19 meters in the metric system. This length offers significant space for loading long items, enabling it to carry things like the main parts of large machinery and coiled industrial materials.)

2. External Width: With an external width of 8 feet, or 2.44 meters, this container design takes into account the compatibility with most terminal handling equipment while also being suitable for the transverse dimensions of common cargoes. Standard-sized furniture panels and small to medium-sized automobiles can be placed horizontally without a hitch.
(With an 8-foot or 2.44-meter external width, the container design ensures it works well with most port handling gear and can fit common horizontally placed cargoes like standard furniture panels and small to medium-sized cars.)

3. External Height: The external height of the 40ft high cube container is 8 feet 6 inches, precisely 2.99 meters after conversion. Compared to regular containers, this increased height offers great convenience for transporting some over-height but small-footprint cargoes. For instance, specially made large sculptures and extra-tall precision instruments.
(The 40-foot high cube container has an external height of 8 feet 6 inches, which is exactly 2.99 meters when converted. In contrast to regular containers, this taller design makes it much easier to transport certain tall but narrow items, such as specially crafted large sculptures and very tall precision instruments.)

(B) Internal Dimensions

1. Internal Length: Due to the thickness of the container walls, the internal usable length is 39 feet 6 inches, which is 12.025 meters in metric. When loading cargo, this dimensional difference must be taken into account to ensure the safety of closing the door and during transportation.
(Because of the container wall thickness, the internal usable length is 39 feet 6 inches, or 12.025 meters in the metric system. When loading goods, this size difference must be considered to guarantee the door can close properly and for safe transport.)

2. Internal Width: The internal width is 7 feet 9 inches, or 2.352 m. This measurement, again affected by the wall thickness, requires precise cargo measurement during loading. Overly wide cargoes could lead to difficulties in closing the door or cause damage to the cargo due to squeezing during transportation.
(The internal width is 7 feet 9 inches, or 2.352 meters. Once again, due to the wall thickness, precise measurement of cargo is needed when loading. Cargo that is too wide could make it hard to close the door or damage the goods during transit.)

3. Internal Height: Measuring 8 feet 10 inches internally, which converts to 2.585 meters, the relatively high internal space allows for more possibilities in stacking cargo. Standard-sized carton boxes, for example, can be stacked in double layers.
(With an internal height of 8 feet 10 inches, which is 2.585 meters when converted, the relatively tall internal space enables more options for stacking cargo. For example, standard-sized cardboard boxes can be stacked two layers deep.)

(C) Available Capacity

The available capacity of the 40ft high cube container is calculated based on its internal dimensions and reaches 76 m³. This significant volume means it can carry a large quantity of relatively regular-shaped cargoes. It serves as a crucial reference for logistics enterprises when optimizing their cargo stowage plans.
(The available capacity of the 40-foot high cube container, calculated from its internal dimensions, is 76 cubic meters. This sizable volume allows it to carry a large amount of relatively regularly shaped cargo. It provides an essential guideline for logistics companies when planning their cargo loading strategies.)

These precise 40ft high cube container dimensions and available capacity data are of great significance for logistics planners in formulating transportation plans, dock workers in loading and unloading operations, and cargo owners in arranging cargo packaging, ensuring the smooth progress of global maritime trade.

40ft High Cube Container Types

How much does it cost to ship from China to USA?

Key Elements Impacting the Cost of Shipping from China to the USA

Season and Market Demand: Transportation costs will increase significantly during holidays or peak seasons (e.g., back-to-school, Christmas).
Fuel Prices: Fluctuations in international oil prices directly affect fuel surcharges.
Port Congestion: Busy ports may incur additional detention or congestion fees.
Cargo Type: Special handling for hazardous goods, temperature-controlled goods, or oversized items will increase costs.
Destination Distance: Shipping to U.S. West Coast ports is generally cheaper than to East Coast ports, but selection should be based on the final destination of the goods and overall logistics costs.
Service Provider: Prices vary among different logistics or shipping companies. 

How long does it take to ship from China to USA?

The transit time for your shipment will be influenced by a variety of factors, including the origin location, the size and dimensions of the goods, and the season of transportation. Additionally, transit times may vary due to market conditions, weather situations, and other unforeseen events. Below is an estimated time range for different transportation methods from China to the United States based on common scenarios for your reference: