Reflectors for vacuum furnaces and reduction atmosphere furnaces
Tungsten and molybdenum materials are indispensable for vacuum furnaces and reduction atmosphere furnaces. Using our own tungsten and molybdenum materials that have excellent characteristics in high-temperature environments, we offer products designed and machined according to customers' specifications. We can not only design products according to drawings, but also offer design proposals for improving problems and extending service life. Even if you do not have the drawings, we can design them for you. We have a lot of experience in the manufacture of components for high-temperature furnaces, such as reflectors for high-temperature vacuum furnaces and reduction atmosphere furnaces, heaters, ceramic parts, rare earth magnets, and sill plates, trays, and boats for sintering nuclear fuel and other materials to ensure highly efficient operation of high-temperature furnaces.
Applications | Components for high-temperature furnaces |
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W | Materials | Purity(%) | Additive | Finish | Notes |
---|---|---|---|---|---|
3N-W | 99.95 min. | None | CC Polishing Horning |
The most conventional pure tungsten material. Among tungsten, it has good workability, excellent corrosion resistance, and low impurity gas content. | |
4N-W | 99.99 min. | None | High-purity tungsten material with reduced impurities. | ||
5N-W | 99.999 min. | None | This is the world's highest purity tungsten material with minimal impurities. |
スクロールで表全体をご覧いただけます。
Mo | Materials | Purity(%) | Additive | Finish | Notes |
---|---|---|---|---|---|
MOP | 99.95 min. | None | Mirror, Acid Washing, Cutting, Polishing, Horning, Ceramic coat, Crossrolled | It is the most conventional pure molybdenum material. It has a high melting point, high temperature strength, high thermal conductivity, low thermal expansion, and excellent processability. | |
TEM | 99.00 min. | Rare-Earth Oxides | This high-quality molybdenum material overcomes the brittleness and high-temperature deformation disadvantages of pure molybdenum by adding trace amounts of special elements. |