C18147
For over 50 years, Lebronze alloys has been an international reference in the Automotive industry for resistance welding products.
Being a major partner to almost all car builders involves important responsibilities: not only manufacturing high-quality alloys and electrodes but also being a pioneer in innovation. This allied with a Research & Development program launched in partnership with specific automotive manufacturers led to the setup of a dedicated and exclusive patented manufacturing process for the electrodes.
Alrode® is one of the key successes of this program.
Alrode® is a premium quality solution that meets the stringent requirements of aluminium sheets resistance welding.
Alrode® is a wrought, age hardening CuCrZr (C18147) alloy with very high purity that performs well above the market properties for standard electrodes’. It has a fully integrated patented manufacturing process with automated control certified ISO 9001 / AS/EN 9100.
Since Alrode® is a low-alloy copper, it has excellent electrical conductivity. Thanks to the addition of small quantities of chromium and zirconium, it also exhibits very good mechanical properties such as very high hardness. Alrode® has an excellent resistance to corrosion and softening which guarantees a long service life.
Alrode® also optimises your total cost ownership (TCO):
Aluminium reacts different than steel during resistance welding.
It has a very high thermal and electrical conductivity. Therefore, it needs to be welded at a lot higher intensity and a faster cycle time than other materials to avoid overheating and excess melting.
That is why electrodes for resistance welding aluminium must have a high thermal and electrical conductivity, but also high hardness to resist softening over time. This balance is not easy to achieve.
We consider our Alrode® electrodes revolutionary as they offer an excellent balance between these properties.
Designation
|
Available forms
|
Composition
|
UNS
|
Other norms
|
Download
|
---|---|---|---|---|---|
Alrode® Electrodes | CuCrZr | C18147 |
RWMA Class 1 |