Niobium C-103 Wire

  • Niobium Hafnium C103 alloy Wire
  • Niobium C-103 Wire

Product Details

Niobium C-103 Wire Introduction

Niobium C-103 is a niobium based alloy containing approximately 10% hafnium and 1% titanium. Because of its excellent formability, costs, reliability and its ability to withstand strong vibration and high temperature, it can be widely used in the field of space manufacturing. Nb C103 alloy has been long-time applied to aerospace for critical high-temperature jet engine such as rocket nozzles, exhaust nozzles and afterburner gasket

Niobium C-103 Wire Used in 3D Printing

  • Niobium C-103 cannot be used for additive manufacturing previously. However, through continuous research and experiments, this is a natural extension of our traditional Nb C-103 material along with the development of technology. Niobium alloy C103 is applied to 3D print high temperature parts techniques, making us to create more complicated geometries for our customers and save a lot of time and cost.

  • With 3D printing being as one of the key growing regions, we are constantly expanding our product functions and make good use of additive manufacturing to design new refractory metals applications. Some customers will buy Niobium C-103 wire from us and process the wire into powder.

Niobium C-103 Wire Fabrication

  • Firmetal innovative niobium C-103 wire manufacturing technology with our vertically integrated supply chain and metallurgical professional knowledge, ensuring high qualified materials for demanding applications. Advanced technological process enables us to customize precise requirements for refractory metal raw materials.

  • Firmetal achieve superior material properties and optimizing its performance. Depend on specific process and applications, the wire size and materials can be optimized. Firmetal have unique arc melting process. Therefore our materials owns lower intervals and volatile impurity content to make them fit for additive materials manufacturing method. Through this way, our materials can satisfy various printing requirements.

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