Size: D1.8×L30m Layers: 7+1 Material: Heavy-Duty Rubber Quantity: 3 pcs Country: India Year: 2024 Jerryborg Marine delivered durable, multi-layer marine airbags designed for large-scale ship launching, offering enhanced strength and safety for demanding marine operations.
Size: D1.5×L20m Material: Heavy-Duty Rubber Quantity: 2 pcs Country: Bangladesh Year: 2023 Jerryborg Marine provided robust marine airbags designed for efficient and safe ship launching operations, ensuring reliable performance under demanding conditions.
Size: D0.4×L0.9mtrs Material: Polyurethane Outer Layer Quantity: 112 pcs Country: Indonesia Year: 2024 Jerryborg Marine delivered durable foam-filled fenders, ideal for small-scale berthing applications, ensuring reliable performance and long-term durability.
Size: D1.5×L3.0mtrs Initial Pressure: 50KPa Quantity: 9 pcs Country: Vietnam Year: 2023 Jerryborg Marine supplied high-performance pneumatic fenders designed to ensure safe and efficient berthing operations.
Size: D3.3×L4.5mtrs Initial Pressure: 50KPa Quantity: 5pcs Country: Philippines Year: 2024 Jerryborg Marine provides reliable and durable pneumatic fenders tailored to meet the client’s specific needs.
Marine buoys are of the utmost importance in maritime navigation. Their presence ensures ships’ safe passage. Despite their value, many people don’t understand the basics of marine buoys. This is because buoys have many types, which cause confusion. Some of them are used at a trim level to navigate small boats. On the flip side, some large buoys help maneuver the large vessels. Buoy selection depends on the needs. In this article, I’ll explain the purpose of buoys. You’ll also learn a few essential basics that can significantly impact buoy selection and use. So, let’s get started! Overview of Marine Buoys Marine buoys are floating devices installed in…
Marine fenders are safety equipment and are technically compulsory for every vessel. They typically act as a cushion between ships and berthing areas. During docking and mooring, when a boat arrives at a pier, it experiences a sudden hit. Marine fenders generally play a crucial role in absorbing the impact. The main job of ship fenders is to keep the damage to the ship and the pier to a minimum. They also contribute significantly to overall marine safety by absorbing the kinetic energy of the boats. This absorption generally reduces the structural damage of your boat. Boat fenders come in many shapes and sizes. These shapes and sizes…
Marine fenders act as a safeguard in boats and vessels. They ensure the safe docking of the ships by absorbing the impact. However, many people wonder how these fenders perform their duty so perfectly. Several tests are conducted to ensure their excellent performance. Are you curious about how to do the Fender performance testing? Knowing these performance tests is crucial, especially if you are in the marine field. These tests ensure that the fenders you have bought or prepared are safe to use. Are you new to that testing system? Worry not! In this article, I will discuss how to conduct fender performance testing straightforwardly. So, let’s begin! …
Recently, we discussed the structure of marine buoys. In that article, I mentioned that different types of boating buoys are used in the aquatic world. Their primary purpose is to indicate a safe path or channels on the sea or rivers. However, their structures and ways of working are different. Interestingly, each different boating buoy type marks specific instructions for the boaters. Boaters that don’t understand the meaning of buoys can go on the wrong channels. The buoy types are indeed complex to understand. But worry not! I’ll explain them in the easiest possible way. In the end, you’ll be able to comprehend buoys, their markings, and their meanings….
Oil is one of the leading causes of contamination in water bodies. However, marine industries are a significant source of oil pollution for oceans. They use marine vessels that drain oil in the oceans. Oil-absorbent booms come into the scene to tackle this issue. But the question arises: How do oil-absorbent booms work? It is crucial to know their work because they save marine life. HOW? Oil forms a layer on the surface of water. This layer hinders sunlight from reaching deep and causes fish to die. This depletion of marine life somehow affects our environment, too. Are you curious about these sorbent booms? Let’s discuss the basics of…










