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New energy vehicles have become the general trend. We can see that new energy vehicles are equipped with large-screen on-board computers. We believe that the marine market will be similar to the development of new energy, and the onboard computer is also a big market. Our T10 and T8 series will be able to serve this market. The industrial tablet PC ODM type can be connected to the shipboard equipment bus through the CAN bus, can run the marine navigation map on the equipment, and can send the ship's sensor information and position information to the background center through 4G to meet the management and scheduling needs.

Founded in 2017, Ningbo Pelican Smart Fishing Tackle Co., Ltd. (under the trademark Rippton) is a forward-looking smart fishing tackle company focused on building fishing products and solutions for anglers. Rippton is committed to building a fishing ecosystem by integrating hardware and software.

Founded in 2017, Ningbo Pelican Smart Fishing Tackle Co., Ltd. (under the trademark Rippton) is a forward-looking smart fishing tackle company focused on building fishing products and solutions for anglers. Rippton is committed to building a fishing ecosystem by integrating hardware and software.

Founded in 2017, Ningbo Pelican Smart Fishing Tackle Co., Ltd. (under the trademark Rippton) is a forward-looking smart fishing tackle company focused on building fishing products and solutions for anglers. Rippton is committed to building a fishing ecosystem by integrating hardware and software.

Marine rubber fenders for boats are a type of marine rubber fender china used to protect ships from impact during berthing. They are typically made from rubber and are designed to absorb the energy of a vessel during docking and undocking operations. Why Are Marine Rubber Fenders Important For Ship Marine rubber fenders are an integral part of safe harbor operation and are used to protect vessels and docks from the damaging effects of contact between them. Ship rubber fenders are designed to deform elastically and absorb the energy of the impacting vessel. This elasticity helps to protect the vessel and dock from damage and provides a cushioning effect so that the vessel does not experience any sudden jerks.