Utilizing non-ferrous metal welding! Providing custom-made products according to customer requests!
We would like to introduce our "Non-Ferrous Welding Fabricated Products." Our lineup includes a variety of products such as "Special Melting Molds (ESR)" used for melting titanium and special steel, "Titanium Prefabricated Piping," "Titanium Tanks," and "Oxygen Lances." We utilize non-ferrous metal welding to provide custom-made products tailored to your needs. 【Product Lineup】 ■ Special Melting Molds (ESR) ■ Titanium Prefabricated Piping ■ Titanium Tanks ■ Oxygen Lances ■ Copper Plate Electrode Holders ■ Copper Staves *For more details, please refer to the PDF document or feel free to contact us.
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basic information
**Features** - Special melting mold (ESR): Used for melting titanium and special steel - Titanium prefabricated piping: Chlorine gas piping for chemical plants - Titanium tanks: Brine tanks for chemical plants - Oxygen lance: Enables cutting of scrap using residual heat, improving melting efficiency - Copper plate electrode holder: Conductive component for supplying electricity to graphite electrodes - Copper stave: Protects iron skin from heat with excellent cooling capability - Made from high-purity oxygen-free copper plates - Accommodates a wide variety of shapes - Over 3,000 delivery records *For more details, please refer to the PDF document or feel free to contact us.*
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【Applications】 ■Steel, non-ferrous metallurgy, shipbuilding, chemicals, heavy electrical machinery, etc. *For more details, please refer to the PDF document or feel free to contact us.
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Company information
Tobata Seisakusho Co., Ltd. was established in 1948 in Tobata as a specialized manufacturer of copper and copper alloys, and has relocated its base to the Sone area of Kokura Minami Ward over half a century ago. We manufacture copper products for blast furnaces and electric furnaces for steel manufacturers both domestically and globally. In recent years, we have successfully developed flame-retardant magnesium alloys, which are gaining attention as lightweight materials aimed at reducing environmental impact, and we are also challenging ourselves in new fields.
