Niobium wire 99.9% from Ø 0.1mm to Ø 5mm pure metal element 41 Wire Niobium
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Niobium wire 99.9% from Ø 0.1mm to Ø 5mm pure metal element 41 Wire Niobium

Niobium wire 99.9% from Ø 0.1mm to Ø 5mm pure metal element 41 Wire Niobium

£1,901.43 Tax included

£1,901.43 Tax excluded

When the wire length is supplied, the tolerance can be +/- 2% of the ordered quantity

Do you need other steel quality or dimensions? Please write to us. Our sales team makes an offer from stock program or delivery program :)

  • Production time - 6-7 weeks.
  • Shipping preparation - 2-3 working days.
  • Delivery time - depending on the parcel service. Look at the faq please.

Niobium wire is made from pure niobium. This metal is easy to forge and work with. It has good ductility and, thanks to the formation of the oxide layer, it is insensitive to corrosion. In addition, niobium is not soluble in most acids. It is also not resistant to most alkalis.

You can buy niobium wire in the Evek GmbH online shop. You can choose from wires made of niobium in different sizes. For further questions please contact us.

Niobium has a high melting point (2477 ° C) and is therefore used in high-temperature technology. Niobium wire is easy to weld, has good biocompatibility and can be used as an alloy additive.

Niobium wire is widely used in:

  • High temperature technology (furnace construction);
  • as an alloy additive for special steels;
  • Nuclear reactors;
  • Medicine (implants);
  • Bimetal coins.

Niobium wire has the following properties:

  • good forging, welding and workability;
  • excellent resistance to corrosion and good acid resistance;
  • good ductility;
  • good biocompatibility.

Evek GmbH offers wire made of niobium at a good price. As a competent supplier, we deliver products quickly and easily. Convince yourself of our competence.

Evek GmbH
Niobium Draht Metall Element 41
2020-07-07
4066435267247
Type
wire
material
Niobium
symbol
Nb
Atomic number
41
purity
99.9%
operation area
High temperature technology (furnace construction); as an alloy additive for special steels; Nuclear reactors; Medicine (implants); Bimetal coins
density
8.57 g / cm³
Melting point
2477 ° C
Thermal conductivity
54 W / (m K)
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