We only use the purest molybdenum powder to manufacture the molybdenum electrodes. This ensures the molybdenum electrodes have the characteristics of high melting point, high temperature strength, consistent hardness, good thermal shock resistance, electrical conductivity, thermal conductivity and good corrosion resistance.

The GME’s are approved for use by the largest consumers in the US, Europe, and Asia.

Molybdenum electrodes are used in glass melting furnaces producing high quality glass containers and glass fiber. Our electrodes are energy efficient, have a long service life, and contribute to a more environmentally friendly melting of the glass.

Molybdenum electrodes can be used in a variety of glass furnaces except for lead glass. The maximum usage temperature is 1500 ℃. We can provide full application of technical services of design, machining and installation and to ensure a smooth operation for our customers. Molybdenum electrodes with holders incorporating a water cooled jacket can be custom ordered.

We can provide customers with raw materials, such as plates, sheets, bars and rods made of refractory metal materials such as :

• tungsten

• molybdenum

• tantalum

• niobium

Or we are able to provide finished tungsten and molybdenum products used in large-beam, medium-beam and high-energy ion sources. These products have been qualified at consumers in Taiwan and the United States.

We have advanced testing equipment which ensures the most accurate test results. Our testing facility has passed ISO/IEC 17025 laboratory accreditation, second party certification by Rolls Royce, and accreditation of the U.S. NADCAP (the National Aerospace and Defense Contractors Accreditation Program), covering all areas of ferrous and non-ferrous metals.

With a complete set of imported precision machining equipment, with self-produced materials such as tungsten, molybdenum, tantalum and niobium as the basis of quality, and combining advanced foreign technology, we can design, produce and process high-precision and high-quality products according to customer requirements. Our tungsten and molybdenum products used in the ion implanter have the advantages of stable high purity and good mechanical properties, and are suitable for processing arc chamber components with complex shapes.

TZM alloy, or Titanium-Zirconium-Molybdenum alloy, is one of the standard high temerature molybdenum. It is a molybdenum alloy with solid solution and strengthening particles, and is composed of 0.50% titanium and 0.08% zirconium and 0.02% Carbon, with the remaining molybdenum. Its physical properties and chemical performance are superior to that of pure molybdenum. The recrystallization temperature of it is > 1400 ℃, far higher than molybdenum, and it can also provide better weldability.

Areas for the application of TZM include heat treatment furnace components, rotating anodes for x-ray generation, injection molding hot runner nozzles, forming tools, light alloy die castings, isothermal forging billets, and piercing dies for tube production.

We can provide an extensive range of sputtering targets for the following industries:

• Flat Panel display

• Cemented Carbide

• Data Storage

• Solar Power

• Decorative

• Large Area Coating

• E-glass

• Semiconductor

We are a professional manufacturer engaged in the thin film target materials, our extensive range of equipment includes CIP/HIP facilities, high temperature sintering furnaces, vacuum induction furnaces, and large-scale vacuum rolling.

We have established and applied a quality management system of ISO9001, ISO14001 and OHSAS18001.

Sintered molybdenum crucibles are mainly used for high-temperature furnace containers, and can be used in vacuum and inert or reducing gas below 2100℃. Molybdenum has a high melting point, high temperature strength, low out gassing, and good machinability. Its density is approximately half of that of tungsten. It’s widely used in Sapphire crystal growth, rare-earth smelting, and the coating industry as melting containers. We have the world’s largest crucible production capacity, and our annual production can reach the total sum of the whole national crucible production in China.

Spun molybdenum crucibles are a thin-walled crucibles manufactured from a single piece of molybdenum plate. This process can be used to produce large-size thin-walled crucibles. Spinning is a CNC controlled pressure forming and processing method to form thin-wall hollow rotary parts. It relies on the feed movement of rotary wheel or lever rod to add pressure to the metal blanks rotating along the same axis of core mold, thus making local plastic deformation to form the required hollow. We are the first Chinese company who have adopted this process to produce thin-walled molybdenum crucibles.

When molybdenum plate is processed by spinning and hot working process, its grains are extended under pressure, and its physical performance is further improved, which reduces the material consumption under the same strength requirements. Spinning molybdenum crucibles have good resistance to high temperature creep. Also, because of the natural characteristics of molybdenum metal such as high melting point, high temperature strength, low pollution, corrosion resistance, large thermal conductivity, small thermal expansion coefficient, and good hardenability, spinning molybdenum crucibles are widely used in Sapphire crystal growth, rare-earth smelting, and coating industry as melting containers.