This article elaborates on the processes related to exporting hazardous loose cargo via Less than Container Load (LCL). It begins with the confirmation of key information, including piece count, gross weight, and dangerous goods declarations, emphasizing the importance of the destination port and the basic composition of LCL fees.
This paper explores the issue of overweight containers entering ports, emphasizing the importance of gross weight limits. Addressing the difficulty in modifying port data, it proposes a proactive coordination solution by freight forwarders. The aim is to help readers efficiently resolve container overweight problems and avoid the risk of demurrage. By focusing on practical solutions and highlighting the role of freight forwarders, the paper provides valuable insights for managing container weight compliance and ensuring smooth port operations.
VGM (Verified Gross Mass) errors in international shipping can lead to serious safety hazards. Carriers require shippers to provide accurate cargo weights to mitigate their liability. If shippers provide false weight information, they bear the consequences, especially in cases of overloaded loading equipment. Ensuring the accuracy of VGM is critical in reducing the risk of transportation accidents.
This article introduces the definitions and calculation methods for cargo weight above one ton and flat weight cargo in air freight. Cargo weight refers to goods exceeding one ton, while flat weight cargo consists of goods with a total weight ≥1 ton and a specific gravity ranging from 167 to 300 kg. Through practical examples, the article clarifies the distinctions between light cargo, heavy cargo, and flat weight cargo. It also highlights the importance of adhering to different calculation standards for specific gravity across various transportation methods.
The article discusses the calculation methods for chargeable weight of air freight cargo, detailing the billing principles for heavy and light volumetric cargo. The chargeable weight for heavy cargo equals the actual weight, while light volumetric cargo uses a specific conversion ratio between volume and weight. It provides specific calculation formulas and considerations, aiming to help clients understand the cost structure and better manage their logistics budget.
This article explores the calculation principles of chargeable weight for air freight. It clarifies the difference between chargeable weight and actual weight, as well as the billing methods for lightweight cargo. By providing specific formulas, it offers standards for calculating the costs of lightweight cargo, helping readers better understand and master the air freight billing system.
This article discusses the weight standards for 40GP and 40HQ containers, emphasizing that cargo should be kept between 23-25 tons to ensure smooth port entry and avoid overload issues. It highlights the importance of understanding the container's own weight for accurate loading.
Verified Gross Mass (VGM) refers to the total weight of cargo including its packaging and container, playing a crucial role in ensuring cargo safety. Shippers must provide accurate VGM as required by SOLAS, using either weighing methods or component weighing methods to avoid loading delays and safety risks. Accurate VGM not only protects the interests of shippers but also upholds the overall safety of the shipping industry.
In international shipping, discrepancies between gross weight in booking information and pre-arrival data are common issues. The solution is to provide accurate data when submitting AMS or confirming the bill of lading; booking authorization data can serve as a reference. Ensuring accurate information during the bill of lading confirmation stage is crucial. Shippers need not worry excessively, as they can modify information before the cutoff time.
This article provides a detailed overview of common container specifications, including various types such as 20GP, 40GP, 40HQ, and 45HQ, along with their internal and external dimensions, weight capacities, and volume information. Understanding container sizes and weight standards helps optimize logistics transportation, improve efficiency, and ensure the safe delivery of goods.
