Oil & Gas / Energy

Coatings That Keep Energy Operations Running

Downhole tools, pump housings, hydraulic systems — energy applications demand coatings that survive extreme pressures, abrasive conditions, and corrosive environments. ID-Nova delivers 4–5× the Taber Wear Index (TWI) abrasion resistance of hard chrome.

The Hidden Cost of Coating Failure

In energy operations, coating failure doesn't just mean maintenance cost — it means production shutdown. A failed pump rod, a worn-out downhole tool, a corroded valve interior can halt multi-million-dollar operations.

Downhole Tools

Mud motors, drill tools, and downhole components face extreme abrasion under pressure. Mud motor housings. Drill tool interiors. Stabilizer sleeves.

Pump Systems

Pump rods, housings, and valve components operate under constant wear and corrosive conditions. Pump housings (≥2.5" ID).

Hydraulic Systems

Hydraulic cylinder sleeves in refineries, rigs, and processing facilities require precise sealing surfaces and corrosion resistance.

The Business Case for ID-Nova

Salt-spray hours vs. hard chrome.

In salt spray corrosion testing (ASTM B117), ID-Nova tungsten carbide coatings have demonstrated endurance exceeding 500 hours — compared to approximately 50 hours for traditional hard chrome.

  • Reduced recoating frequency = fewer maintenance shutdowns
  • Extended component life = lower replacement costs
  • Eliminated Cr(VI) compliance burden = reduced operating expense
  • Higher deposition efficiency (>65%, NRC and Spraywerx validated, data on request) = lower coating cost per part

Ready to Improve Your Coating Performance?

Bring your parts to our prototyping facility and get real performance data on your actual components.

Request Energy Application Consultation