News

Recently, Qingdao Sunkai Marine Supplies Co., Ltd. successfully completed the manufacturing of a batch of ship launching airbags, which have now been shipped via sea freight to a client in Malaysia. The successful delivery of this order not only highlights the company's professional expertise in the field of marine auxiliary equipment but also further solidifies its long-standing cooperative relationships with clients across Southeast Asia.

Aircraft tire-type marine fenders are an excellent choice for protecting ships from damage during docking operations. These innovative fenders offer durability, flexibility, and cost-effectiveness. In this blog, we will explore the various benefits of using aircraft tire-type fenders, their design features, installation methods, and maintenance considerations. Discover why they are a preferred solution in the maritime industry.

Recently, a batch of customized large inflatable ship fenders produced by Qingdao Sunkai Marine Supplies Co., Ltd. has smoothly completed production, inspection and container loading operations, and is officially shipped to the port designated by overseas customers.

Recently, at the workshop of Shengkai Marine Supplies Co., Ltd., the newly developed marine inflatable fenders have successfully completed all production procedures and officially come off the production line for application.

Pipe plugging airbags are critical tools in pipeline maintenance, repair, and emergency sealing operations. This comprehensive guide explores how pipe plugging airbags function, their applications, advantages, selection criteria, and best practices. Whether you are in marine engineering, municipal drainage, or industrial pipeline systems, understanding these tools can significantly improve efficiency and safety.

Since its establishment, Sunkai Marine has been dedicated to the R&D and service innovation of marine airbags. Our products have obtained authoritative certifications such as CCS, boasting significant advantages including high load-bearing capacity, aging resistance, and flexible adaptability. They are widely applicable in scenarios such as ship launching and landing, hull lifting, underwater salvage, and heavy object handling.