Electrolysis Solutions

American Carbon Company is a premier manufacturer of dimensionally stable anodes for electrolysis applications.  The history of electrolysis dates back centuries with Michael Faraday giving the process a name in the early 1800s.  By passing direct current energy through an electrolyte which produces a chemical reaction at the electrodes.  Electrode materials can be made of nearly any conductive material, such as graphite, metals or semiconductors.  BADGERCHROME dimensionally stable anodes are the premier choice for many applications.

BADGERCHROME anodes benefit from being able to increase product life and better isolate the desired reaction through the reduced reactivity of the anode in the reaction.

BADGERCHROME anodes generally start with a titanium substrate and are then coated through thermal deposition with different coatings depending on the intended application and desired electrolyte being used.  While the below links are not an exhaustive list of our applications, it is a good starting place to learn about our capabilities.  Contact us today to talk about your specific application and we will quickly produce samples and complete runs to get your system up and running as quickly and efficiently as possible.

Surface Finishing

The case for switching from traditional soluble anodes to modern insoluble anodes has never been stronger. With regulatory requirements discouraging hexavalent chrome processes, and the challenges of soluble anodes on a system, now is the …

Precious Metal Mining and Recovery

As precious metals become more and more difficult to mine with large deposits being largely exhausted via traditional mining methods, every gram of metal needs to be recovered. Let BADGERCHROME Mixed Metal Oxide anodes help you leave nothing …

Water Treatment

As one of our most limited, but also most overlooked resources, clean fresh water is one of the most critical natural resources we have. One of the largest untapped sources of fresh water covers nearly 70% of the earth’s surface – our …