Medium- and high-speed, 4-stroke diesel engines are used as the primary engines for construction machinery, ferries and fishing boats, and as auxiliary engines for larger vessels and power plants. Our copper and aluminum alloy bearings, some of which are plated, are widely used in these engines.
Learn More >Some types of ship engines require large bearings with heavy load capacities that are highly reliable and durable. We are one of few manufacturers in the world that produce extra-large bearings for low-speed, 2-stroke diesel engines with a range of diameters exceeding 1,000 mm. Generally these engines are used in power plants and as the main source of power in
Learn More >Turbine and marine supercharger bearings for supporting rotating shafts of propulsion steam turbines and large marine engines
Learn More >Power-generating turbine bearings for supporting rotating shafts of steam and gas turbines and power generators.
Learn More >Waterwheel and water treatment pump bearings for supporting rotating shafts of turbines for hydraulic power generation, pumps for water-treatment facilities, etc.
Learn More >Compressor and pump bearings for supporting rotating shafts of turbomachinery used in chemical and water treatment plants.
Learn More >This high-performance pump provides discharge pressure of 1.5 MPa. It is available with various rotors for pumping different types of liquids.
Learn More >A drum feeder is a system for removing a drum containing an RP pump. Because the pump is located near the liquid level of the drum feeder, which automatically carries solutions to the next process and whose operational efficiency is high, even a highly viscous liquid can be easily drawn to the bottom of the carrying drum. The drum does
Learn More >A concentrated lubrication system, which dispenses a specific amount of oil at certain intervals, or a resistance type, from which the amount of oil discharged to the supply point is determined by the type of distributor used.
Learn More >Electrode sheet for capacitors, including lithium ion, features high density, accuracy, endurance and reliability. It uses a PTFE binder for which the molding, rolling and bonding technology is based on the same technology employed in our mass production of bearings for automotive, marine and general industrial equipment.
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