гибкий морской резиновый шланг | STS шланг производитель

In ship-to-ship transfer operations, STS hoses are primarily used to establish temporary fluid connections between two vessels. These operations typically occur when berthing conditions are limited or flexible scheduling is required. Compared to fixed pipelines, STS hoses are easier to deploy and adjust to site conditions. Thus, they are frequently used in actual projects.

Jerryborg Marine offers a variety of STS hose specifications suitable for different vessel types and transfer methods. In specific projects, we typically consider the customer’s operational methods to determine the general application scenario of the hoses before matching the appropriate product type.

During actual operations, STS hoses will bend and shift due to the relative movement between vessels. The hoses need to accommodate a certain range of movement changes while transferring the medium. This is one of the reasons why STS operations require high-quality hose structures.

To address these usage characteristics, Jerryborg Marine’s STS hoses are designed with a balance between flexibility and stability, ensuring relative stability during transport and better meeting actual operational needs.

STS hoses are commonly used in ship-to-ship operations at sea or in coastal areas, and are also used in some temporary unloading or transshipment scenarios. Because the operating environment is not fixed, the deployment of the hoses will vary from project to project; sometimes they need to be used floating, and sometimes they are suspended in conjunction with shipboard equipment.

In these application scenarios, Jerryborg Marine can provide suitable STS hose configurations based on project requirements, allowing on-site operators to deploy and adjust according to actual conditions.

Customer-specific requirements for STS hoses depend on the working environment in which they will be used. Delivery capacity, operational efficiency, and service life are often key concerns for customers, leading to customized requirements for hose structure and dimensions. In addition to these customizations, compliance with OCIMF international standards is a fundamental requirement for STS hoses.

Jerryborg Marine can provide common STS hose specifications and can also customize sizes according to customer requirements. In specific projects, we first understand the hose’s intended use case and then recommend the most suitable configuration based on actual needs, ensuring the hose meets OCIMF requirements while also being well-suited to the on-site conditions.

When selecting an STS hose, project owners usually need to confirm basic operational parameters, such as vessel dimensions, transported medium, and intended usage. This information directly impacts the hose’s specifications and configuration.

At this stage, Jerryborg Marine will communicate with clients to help clarify relevant requirements, ensuring the selected hose better suits the project’s actual usage, rather than simply relying on a single parameter.

In ship-to-ship transport operations, STS hoses need to withstand a certain degree of bending and displacement during operation. However, proper storage and transportation of the hoses are equally important when not in operation. If the hose remains under stress for an extended period after use, or if it is excessively bent or improperly stacked during storage, it will affect its subsequent use.

In practice, after the operation is completed, the hose should be released from stress promptly to allow it to return to a relatively natural state. During storage, avoid placing the hose under heavy objects, maintain a reasonable bending radius, and place it in a well-ventilated, dry location. During transportation, dragging and localized stress should be minimized to prevent unnecessary friction between the hose and rigid structures.

Jerryborg Marine considers the overall performance of its STS hoses during operation, storage, and transportation from a practical perspective, making the product more suitable for frequent ship-to-ship operations.