Matcor, Inc.

08/26/2026

Nearly 10,000 Durammo® Deep Anode Systems. Over 200 million cumulative operating hours. 30+ years in the field.

What makes it different from a conventional deep anode groundbed:

✅ Factory-assembled, not field-built
✅ Continuous current discharge
✅ No resistor junction box

If you need to spec a deep anode groundbed and you’re weighing continuous wire vs. discrete anode strings, this is worth a look.

Explore the system → https://bit.ly/4qbGv8h

08/19/2026

📢 Flash Rectifier Sale!

We have a limited supply of rectifiers in stock, tested, ready to ship, and available for immediate purchase. No manufacturing lead time. First come, first served.

Contact our sales team at [email protected] to confirm availability, get a detailed spec sheet, or reserve a unit.

See what’s in stock → https://bit.ly/3TPJJ5v

We have a limited supply of rectifiers in stock, tested, ready to ship, and available for immediate purchase.

08/13/2026

Centralizers are standard on many deep anode groundbed installations. So why doesn't MATCOR use them on the Durammo®?

It comes down to geometry and math, not preference.

A typical Durammo assembly — continuous MMO wire anode, integral 1" vent pipe, and two #8 AWG lead cables — occupies less than 15% of an 8" borehole. That leaves over 6 inches of clearance for the coke breeze to flow and settle freely.

Compare that to a string of twelve 2.2" HSCI anodes in the same 8" hole: each anode occupies ~27.5% of the bore diameter.

Once discrete rigid anodes cross the 25–30% threshold, centralizers stop being a precaution and become a mechanical necessity.

Read the full engineering breakdown → https://bit.ly/4cDFUql

07/29/2026

We're heading to three AMPP regional conferences this fall to connect with industry peers, share the latest advancements in cathodic protection, and talk through the corrosion challenges facing water, pipeline, and energy infrastructure.

Mark your calendar:

📍 SEP 28-30: AMPP Central Conference
📍 OCT 19-21: AMPP Eastern Conference
📍 NOV 16-18: AMPP Western Conference

Planning to attend? Let's connect → https://bit.ly/4gDEXyx

07/22/2026

Moisture and operating conditions wear down even the best-maintained tank interiors — it's not a question of if, but when.

Internal cathodic protection systems provide a critical layer of defense, working continuously to slow corrosion and extend asset life. The result is improved reliability, fewer maintenance interventions, and lower long-term operating costs.

✔️ Extends tank service life
✔️ Reduces maintenance frequency and costs
✔️ Improves overall system reliability

Explore MATCOR's Water Tank Anode Systems → https://bit.ly/4j4SiAQ

07/15/2026

Coatings are a strong first line of defense — but for many water and wastewater assets, they're not the whole story.

Even well-maintained coatings degrade over time, leaving tanks, wells, and treatment facilities exposed to corrosion. Cathodic protection provides a second layer of defense that works alongside your coating system to fill the gaps and maximize service life.

Why pair CP with coatings?

✔️ Protects assets even as coatings age and degrade
✔️ Extends service life of tanks, wells, and treatment facilities
✔️ Reduces unplanned maintenance and costly repairs

A coating gets you started. CP keeps you going.

Learn More → https://bit.ly/4b26BnV

07/08/2026

When a well fails every five years, the cost of doing nothing is no longer sustainable.

In some groundwater environments, severe corrosion can take out a well casing in as little as five years — turning maintenance into an endless, expensive cycle. This case study explores how one utility broke that pattern by shifting from reactive repairs to a long-term corrosion protection strategy.

The result? A proactive approach that protects critical assets, controls costs, and keeps infrastructure in service longer.

See how they did it → https://bit.ly/4eC36Xx

07/03/2026

07/01/2026

Corrosive groundwater doesn't wait — and neither should your protection strategy.

Water well casings are constantly exposed to aggressive groundwater conditions that can cause rapid, costly deterioration. The challenge isn't just repairing damage after the fact — it's building a system designed to stop corrosion before it starts.

MATCOR's ORCA Water Well Anode System was built specifically for this challenge — the only NSF/ANSI 61 certified impressed current cathodic protection system designed for water well applications.

✔️ Purpose-built for water well environments
✔️ NSF/ANSI 61 certified — safe for potable water systems
✔️ Reliable, long-term protection without constant intervention

Don't let corrosive groundwater shorten the life of your assets.

Learn More → https://bit.ly/3SqL7ea

06/24/2026

Stray current interference is a constant threat to buried and submerged structures, but it doesn't have to lead to accelerated metal loss. When the environment gets tough, galvanic (sacrificial) anodes can offer a reliable, self-powered line of defense.

When properly designed and installed, galvanic cathodic protection systems help reduce accelerated metal loss and support long-term infrastructure integrity.

Why consider a galvanic CP system?

✔️ Targeted protection
✔️ Low maintenance (no external power source required)
✔️ Versatility

A properly designed and installed galvanic system slows corrosion and secures the long-term health of your most critical assets.

Learn About Galvanic Anodes → https://bit.ly/4dA51LQ