Anodes for metal extraction
For decades, our metallurgical expertise has been incorporated into the development and manufacture of high-quality lead anodes and anode sheets for electroplating. The result is more than just components: our JL Goslar anodes set new standards in quality, efficiency, and durability—especially for metal extraction electrolysis and demanding industrial applications. We are thus meeting the growing demands for quality and cost-effectiveness of components, as well as your individual customer requirements.
Perfect materials thanks to rolling processes
All of our lead anodes and anode sheets are manufactured exclusively using a rolling process. This manufacturing method ensures a particularly dense and homogeneous grain structure—and thus a significantly longer service life compared to conventional cast anodes. For you, this means stable processes in your production, less stress on the electrolytic baths, and optimal energy use.
Innovation through research and technology
We work closely with research and technology to continuously develop our products. Our goal: to make your electrolysis processes even more efficient, economical, and sustainable. By using state-of-the-art technologies, we ensure stable processes, minimal downtime, and high long-term plant availability.
Sustainability through intelligent anode recycling
As a responsible partner, we support you beyond production. Our anode recycling program helps you conserve resources, reduce costs, and produce in an environmentally friendly manner. Together, we develop customized concepts that are perfectly tailored to your production requirements.
Your partner for efficiency, responsibility, and future security
Our anodes are more than just materials—they are a promise of efficiency, responsibility, and future security for your business. Put your trust in JL Goslar—your experts for:
- high-quality lead anodes and anode sheets,
- efficient electroplating technology,
- sustainable metal extraction and electrolysis,
- Resource-saving anode recycling concepts.
We look forward to hearing from you. Further information can be found at:
