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It’s Morph—your corrosion-fighting superhero—here to talk anodes!

When it comes to cathodic protection, the right anode makes all the difference. And at Farwest, we’ve got every type of anode for every kind of solution—plus the expertise to know which one works best in the real world.

We’re excited to announce the recent launch of the new FarwestCorrosion.com—redesigned for speed, simplicity and better access to the information and products our customers rely on.

This new division offers comprehensive services, including water tank system design, testing, troubleshooting, repairs and monitoring. We also provide turnkey cathodic protection (CP) installations for water tanks and hold NSF/ANSI 61 certification, ensuring our solutions meet stringent health and safety standards.​

Deciding which cable insulation to use for impressed current anodes depends on installation parameters.  A single layer of HMWPE insulation is a good choice for anodes but is not chemically resistant. Therefore, the insulation can deteriorate when exposed to certain chemicals, such as chlorine gas, causing premature cable failure.   Adding a primary layer of Halar provides a very chemically resistant protective layer to the copper cable. It is the best choice when significant chlorine gas is produced in the anode well and in contact with anode cable.

Most Cathodic Protection (CP) technicians understand the purpose and operating features of CP rectifiers. However, when the CP system goes down, troubleshooting a CP rectifier may require some help.

The following provides a basic understanding of the function of the CP rectifier and some basic troubleshooting tests that can identify many of the common rectifier problems.

The following are considerations when selecting the type of cathodic protection (CP) system for a newly installed, existing buried or submerged structure.

Surface Area of Exposed Metal
The size and cost of most CP systems are controlled by how much CP current is required to effectively protect the exposed metal in contact with the electrolyte (soil or water). Therefore, one of the first considerations when designing or selecting a CP system is the surface area of metal exposed to the electrolyte.

To Our Valued Customers:

We are writing to let you know about the relocation of our Pacific Northwest Regional Office.

Effective July 1, 2024, our new address and contact information will be:

Farwest Corrosion Control Company
909 SE Everett Mall Way, Suite A-125
Everett, WA 98208
425-290-8832

Are you familiar with the Farwest DCPro Power Supply? With hundreds already in use, the DCPro is proven to perform efficiently and effectively in diverse settings. Customers appreciate its standard features and are happy with its ability to maintain the needed output current.

Interested in learning more? Watch our video, download our product brochure here or contact a Farwest technical representative today!

This publication, a first for Farwest Corrosion, offers tips and insights to help readers with corrosion control and cathodic protection issues. Leveraging Farwest's 65-plus years of industry experience, "Beneath the Surface" references the company's vast pool of knowledge, expertise and innovation. Designed to cater to newcomers and seasoned professionals in the field, the eBook provides expert advice, detailed explanations and invaluable information for dealing with corrosion control and cathodic protection issues.

We’re thrilled to announce the launch of "Beneath the Surface," Farwest Corrosion Control's ebook designed to provide you with tips and insights to combat corrosion.

Why You Can't Miss "Beneath the Surface":

- Deep Insights: Leverage nearly seven decades of Farwest’s expertise distilled into a users guide.

- Actionable Solutions: Discover practical solutions for safeguarding your assets from corrosion.

- Practical Techniques: Stay ahead with approaches to corrosion control and cathodic protection employed by Farwest experts.