High-Performance Metal Materials for Precision Manufacturing

 

High-Performance Materials for High-temperature Vacuum Furnace
Molybdenum /Tungsten

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Crucible
Loaded Boat
Complete Sets of Thermal Fields
Material for Monocrystalline Silicon Furnace
Heating Room Assembly,Heater

Molybdenum-Tungsten Materials for Vapor Deposition
Molybdenum /Tungsten /Tantalum

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Sputtering targets
Resistive evaporation source
Moly-Tungsten Boats
Electron beam evaporation source
materials for MOCVD

Molybdenum-Tungsten for Electronic Semiconductor Industry
Molybdenum /Tungsten

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Ion sources materials for ion implantation
Thermally deposited material
Tungsten-copper electronic package heat sink
LED Wafer substrate

Tungsten for Radiation Shield
Tungsten /Alloys

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Industrial tungsten shielding material
High density tungsten alloy shielding material
Tungsten copper composite material
Medical radiation material storage

Molybdenum-Tungsten Electrode
Molybdenum /Tungsten /Alloys

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High-voltage Discharge Pipe Electrode
Smelting Electrode
Tungsten-copper Electrode for Electric Spark
Resistance Welding Electrode
TIG Electrode

High temperature machining tool materials
Molybdenum /Tungsten /Alloys

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Mold for Quartz Glass Stretched Pipe
Spinning Nozzles
Molybdenum Piercing Mandrel
Hot Runner and Nozzle
Material for Die-casting Mold
Stirring Bar for Smelting
 

Products

Molybdenum and molybdenum alloy; Tungsten and tungsten alloy; Coating Materials;Sputtering targets;Other Refractory Metal Materials

We specializes in the manufacturing of components from molybdenum and tungsten:Plates,Rods,Electrodes,Boats,Crucibles,Sputtering Targets,Customized products,etc.As well as Molybdenum-based alloys:TZM,Mo-La,Tungsten-based alloys:W-Ni-Fe,W-Ni-Cu,Heavy Tungsten Alloy; Tantalum、Niobium material.

Applications

High-temperature Vacuum Furnace | molybdenum-Tungsten for Vapor Deposition | Electronic Semiconductor Industry | molybdenum-Tungsten for Radiation Shield | molybdenum-Tungsten Electrode | Formation and High-temperature Processing Tool Mat

Molybdenum and Tungsten Materials are used in a wide range of different industries .As an innovation partner, we stand by your side in the search for suitable materials and solutions for your applications right from the very start. Whether for a long-term development partnership or a short-term project, you can rely on comprehensive and expert support based on our experience.

Technical Guarantee

We comprehensively carry out ISO9001 Quality Management System and ISO14001 Environmental Management System as well as educational and specialized technical training. Excellent quality of products is guaranteed by an advanced management model, to ensure the market competitiveness of our company in the same industry，as well as to ensure the advantages of our company in quality.

Whether in the semiconductor industry, consumer electronics, medical technology, or high-temperature furnaces, our refractory metals and composites come into play in scenarios where regular metals reach their limits. As an innovation partner, together with our customers we develop sustainable solutions for the high-tech world and continually push the boundaries of what is technologically feasible.

Materials

High purity and excellent creep resistance| High dimensional stability and excellent corrosion resistance| High thermal conductivity and low thermal expansion

For more than 10 years, we have been working with the refractory metals molybdenum, tungsten, tantalum, and tungsten-based composites. Special expertise is required for processing these metals.We employ powder metallurgy technology, which allows the creation of materials with melting points surpassing 2000°C and the production of highly homogeneous materials with specific properties.
We utilize stable metallurgical techniques and advanced mechanical processing equipment to ensure stable product quality and superior performance. Strict control over each process and engineering stage is a rigid standard we adhere to in production. Products are created through compacting metal powders, followed by a heat treatment process known as sintering, conducted below the material's melting temperature.