How Molybdenum-Tungsten Alloy Tubes Meet

Temperatures in furnaces used in glass and special metals are frequently above 2000 °C, and common materials soften or rapidly deform. Meanwhile, the superiority of molybdenum-tungsten alloy pipe is presented. The melting point and resistance to softening at high temperatures of the alloy were greatly improved by suitable addition of tungsten, and the alloy can work at temperatures higher than that of pure molybdenum.

It's not just a low figure game, but it's one that's very much tied to equipment life and production efficiency. After many glass furnace electrodes and stirring parts apply molybdenum-wolfram alloy tubes, the maintenance period is much longer, and the shutdown loss caused by material breakage is reduced. While titanium provides strength and moisture barriers, molybdenum enhances corrosion resistance and stability when exposed to molten glass that the tube soaks in boiling corrosive melt.

Regarding purchasing molybdenum tungsten alloy pipe is very necessary to choose one with high tungsten content. The higher the concentration of tungsten, the stronger the heat resistance, but the harder it is to process. We recommend the best working ingredients for various working conditions to ensure performance at an affordable cost. If you are experiencing a rise in furnace temperature or desire to optimize your high-temperature processing further, molybdenum-tungsten alloy tubes are worth your consideration. It has been confirmed by many large-scale enterprises that it can efficiently work in ultra-high temperatures. Just send us your temperature/media conditions, and let's talk about the best solution.