VBN Components launches new cemented carbide for metal Additive Manufacturing

December 4, 2018

VBN Components launches new cemented carbide for metal Additive Manufacturing

Drill bits in Vibenite 480, produced in collaboration with Epiroc (Courtesy VBN Components)


VBN Components AB, Uppsala, Sweden, has launched a new cemented carbide for metal Additive Manufacturing, the hard metal Vibenite® 480. The alloy is said to be corrosion resistant as well as extremely heat and wear resistant, and its suitability for metal AM is expected to enable the manufacturing of industrial tools and components in complex shapes, while reducing the environmental impact of their production.

Ulrik Beste, PhD Materials Science and Tribology and CTO of VBN Components, stated, “It is a particular kind of joy for me, as a material developer, to introduce such ground-breaking news within the area of hard metals. We turn the page in the book of Swedish material history.” Vibenite 480 is based on metal powder produced through large-scale industrial gas atomisation, and combines the toughness of Powder Metallurgy high speed steels (PM-HSS) with the heat resistance of cemented carbides. To reflect this combination, the new group of materials is named hybrid carbides.

The material has a carbide content of ~65%, making it tougher than regular hard metals and therefore suitable for the production of more complex details. According to VBN, the material is aimed at applications where steel would normally be used, but where a switch to hard metal could increase production efficiency and geometrical complexity. This could mean that metal cutting tools which today are manufactured by machining steel bars could be replaced by the hybrid carbide and run with higher speed, thanks to higher heat resistance.

In addition to enabling the production of more complex shapes, Vibenite 480 is said to allow the production of much larger objects in a single piece than is possible using conventional hard metal manufacturing techniques. This adds to the number of possible usage areas and offers new opportunities for the production of prototypes.

“We have learned an enormous amount on how to 3D print alloys with high carbide content and we see that there’s so much more to do within this area,” stated Martin Nilsson, CEO of VBN Components. “We have opened a new window of opportunity where a number of new materials can be invented.”

The material is well-adapted for products with extreme demands on wear and heat resistance, such as tools for thermoforming, die casting, cutting and woodworking. Rock drilling is another application where VBN Components has reportedly already begun a collaboration with Swedish company Epiroc.


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As well as an extensive AM industry news section, this 196-page issue includes articles and reports on:

  • Sintavia: New facility signals the move towards volume metal Additive Manufacturing for aerospace and defence
  • Thinking about metal Binder Jetting or FFF? Here is (almost) everything you need to know about sintering
  • Metal Binder Jetting and FFF: Considerations when planning a debinding and sintering facility for volume production
  • Velo3D: How a ‘support-free’ Laser Powder Bed Fusion process could remove roadblocks to serial Additive Manufacturing
  • New horizons for Additive Manufacturing in the oil, gas and maritime industries
  • Redesigned for Additive Manufacturing: Serial production of a new fuel swirler for Siemens gas turbine
  • Understanding metal powder requirements for Additive Manufacturing: Views from the industry
  • Towards a true digital twin for the metal Additive Manufacturing process
  • > More information

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