There are various types of shipping containers, each with different specifications and loading capacities. A small container typically refers to a 20-foot container, while a large container refers to those 40 feet or longer. Common container types include standard containers, high-cube containers, open-top containers, frame containers, refrigerated containers, tank containers, and hanging garment containers.
This article analyzes container types (40HC, 40GP, 20GP, 45HC), their capacities, and height differences affecting loading. It clarifies tare weight vs loaded container concepts, aiding logistics decisions.
This article explores different types of container identification, including owner codes, sequence numbers, nationality codes, and size and type codes. Container identification facilitates management and verification while ensuring cargo safety. By understanding container identification, readers can better engage in maritime logistics and contribute to global economic development. Both novices and industry practitioners can gain valuable information and knowledge from this discussion.
In air cargo, Boeing aircraft are the primary transport tool. Freight forwarders emphasize the dimensions and weight of goods when requesting quotes to select the appropriate aircraft type. Cargo is typically placed on aluminum pallets to ensure safe transportation. Different aircraft have varying pallet specifications, and if cargo exceeds these requirements, adjustments to the transport plan are necessary. Understanding the importance of pallets cannot be overlooked.
Boeing aircraft play a crucial role in international air cargo. Freight forwarders need to understand the dimensions and weight of the cargo to select the appropriate aircraft type and calculate costs. The cargo hold of the plane does not load goods directly; instead, multiple pallets, which are aluminum platforms, are laid out to provide stable support for the cargo. The specifications of the pallets vary depending on the type of aircraft, and plans may need to be adjusted if they exceed the limits.
This article analyzes the alphanumeric information on containers, including key parameters such as gross weight, payload, tare weight, and volume, to help readers understand the usage specifications and limitations of containers. This data is crucial in international trade, contributing to enhanced safety and efficiency in cargo transportation.
This article provides a detailed analysis of the concepts of "weight on tons" and "flat weight" in the freight forwarding industry, specifically their application in air cargo transportation. By comparing weight calculation examples, it explains the definitions of light goods, heavy goods, and flat goods, as well as how to classify them under different transport modes. Understanding these terms is crucial for reasonable charging in cargo transportation.
This article analyzes several decision factors for airlines in the cargo transport process, including cargo priority, contract types, cargo structure, agent performance, transportation pricing, and external factors. By understanding these elements, freight forwarding companies can effectively enhance customer service quality and optimize transportation efficiency. Additionally, promoting regular deliveries and opting for charter services can also reduce the risks associated with cargo transport.
There are no unified standards for the packaging of air freight. Shippers must pack according to the type of goods to ensure safety. Packaging should be sturdy and durable, as well as moisture-resistant and secure against theft to minimize transportation risks. Additionally, the weight and dimensions of the packaging can affect billing; thus, it should be designed reasonably to avoid unnecessary costs.
This article outlines key air cargo shipping steps: shipper consignment, space booking, customs clearance, and AWB completion, emphasizing seamless communication and coordination. It specifies required documents, precautions, and consolidation procedures to ensure efficient exports.
