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Metal Powder Solutions

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Additive Manufacturing
Thermal Spraying
Diamond Tools

AM / 3D Printing Powders

With our advanced VIGA, EIGA, PREP and Radio Frequency Plasma Spheroidization Technology and sustainable processes, we provide a comprehensive range of engineered metal powders for additive manufacturing applications.

Our key strength is to work in partnership with our customers to develop custom AM alloys as per their specific technical requirements – including novel alloys. Provide us with your powder’s specification parameters and we’ll add value by effectively and efficiently streamline the powder development for you, allowing you to work on your other core activities. We can supply small batch samples produced by various atomisation techniques in support of the R&D projects of our customers.

  • Spherical Titanium & Titanium Alloy Powders (TiCP Grade 2, Ti64 Grade 5, Ti64 Grade 23, etc.)
  • Spherical Nickel Alloy Powders (IN625, IN718, IN939, Hastelloy X, Haynes 230, etc.)
  • Spherical Cobalt Alloy Powders (CoCrW, CoCrMo, CoCrMoW, Haynes 188, etc.)
  • Spherical Aluminium Alloy Powders (AlSi10Mg, AlSi7Mg, AlSi12, AlSi20, 2024, 7075, etc.)
  • Spherical Copper Alloy Powders (Cu, CuCr1Zr, CuSn12Ni2, CuNi2SiCr, CuAlNiFe, etc.)
  • Spherical Stainless Steel Powders (1.4404, 1.4435, 1.4307, 1.4545, 1.4542, etc.)
  • Spherical Tool Steel Powders (1.2344, etc.)
  • Spherical Die Steel Powders (1.2709, CX, etc.)
  • Spherical Tantalum Powder, Tungsten Powder, Molybdenum Powder & Niobium Powder

Ti64 Grade 5 15-53µm

Ta 15-53µm

Thermal Spray Powders

Our thermal spray metal powder partner specialises in the design, development, manufacture and sale of various metal alloy powders for thermal spraying applications.

  • Market-driven, with technological innovation at their core, they continuously collaborate with customers to provide new products through R&D, technology development and value-added products and service solutions. Since establishment in 1989, the company has developed from a small, family-owned factory, to a leading national high-tech enterprise. It has developed advanced production technologies for the manufacture of spherical nickel-based, cobalt based, iron-based (including stainless steel) and copper-based powder materials. The full range of powders feature high spherical degree, low oxygen levels and high crack resistance.
  • The company’s annual production capacity is currently 39,000 tonnes and boasts a significant domestic market share.
  • The powders are found globally in automotive, locomotive, aviation, aerospace, shipbuilding, internal combustion engine, oil & gas, steel, forging, machinery and many other industries.

View our powder products & specifications here

Diamond Tool Powders

As the pioneer in the field of manufacturing micron-sized, ultrafine pre-alloyed powders using hydrometallurgy technologies, we have over 15 years of experience in the metal powder industry. By continuously focussing on R&D, rigorously studying the characteristics of diamond tools and satisfying the high standards of countless matrix powder customers, we have established a solid global reputation.

We manufacture 4 series of matrix powder including:

  • Ultrafine Cobalt-free Pre-alloyed Powders
  • Ultrafine Cobalt-based Pre-alloyed Powders
  • Ultrafine Laser Welding Pre-alloyed Powders
  • Ultrafine Free Sintering Pre-alloyed Powders

All products feature highly porous morphology, high sintering activity, greater homogeneity, excellent metal distribution, higher protrusion, stronger diamond retention and remarkable cold pressing ability, etc.



View our powder products & specifications here

Friction Stir Welding Solutions

FSW Welding Technology Co. is a leading high-tech company which provides services of advanced friction stir welding (FSW) technology, product processing, machines, product development and technical training.

Based on the combination of advanced FSW theory, engineering application and high precision machine manufacturing, FSW Welding Technology developed various types of high-tech FSW machines including moving gantry machines, gantry-type FSW machines and robotic FSW systems. A set of operating systems specialised for friction stir welding have been developed based on the Siemens 828D system in addition to years of R&D and FSW experience. The NC system offers automation, intelligence and high reliability through deep secondary development, which provides strong guarantees for the automation of FSW process. Every machine can be directly connected to the client-side via mobile or tablet, providing real-time data from the welding machines aiding the delivery of after-sale service and technical support. According to customer requirements, customised operating systems are provided with special functional modules such as piecework, FSW tool life evaluation, traceability of FSW processing data and parameters creating comprehensive supervisory control.

FSW Welding Technology also developed top-level tailor-made tools which have gained numerous national patents. The company was the first in China to apply Stationary Shoulder FSW on the battery trays of electric vehicles by conventional Gantry Type FSW machine. The new technology greatly improved automated production processes, increased output and reduced costs. Single-side aluminium alloy up to thickness of 50mm can be welded.

With customer satisfaction as its core value, FSW Welding Technology provides full process service including product design, technical demonstrations, product trial manufacturing, small batch production, mass-production, FSW technique and machine turnkey project and after-sale technical support.

View our products & specifications here

Refractory Materials & Parts

Partnering with the globally-leading refractory metal materials and parts manufacturers, we provide a wide portfolio of advanced products.

  • Sintered Tungsten, Molybdenum & their Alloys
  • Tungsten Heavy Alloys
  • Rolled & Forged Tungsten & Molybdenum Products
  • Tungsten (Molybdenum) Copper Alloys
  • Tungsten Electrodes for TIG Welding
  • Molybdenum Sputtering Targets
  • Rhenium & Rhenium Alloys
  • Tantalum & Tantalum Alloys
  • Advanced Ceramic Powder & Products

Our products are widely applied not only in the traditional industries such as aviation, aerospace, automobile, electronic and electric power, equipment manufacturing, metal material processing, quartz and glass fibre manufacturing, high-temperature industrial furnaces and electric light sources, but also in new fields such as LCD, solar energy, nuclear energy, LED lighting, large-scale integrated circuits, new energy vehicles and consumer electronics.

Contact our team today to discuss your product requirements

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