About Application
NCC (Nickel Clad Copper) was engineered for exactly these environments: 175°C+ downhole temperatures, highly corrosive electrolytes, and continuous vibration that breaks pure copper sensor wires. CCS high-strength round wire eliminates the sensor wire breakage problem in mining and metallurgical environments. Our materials serve MWD/LWD downhole measurement, petrochemical pipeline sensors, electrolytic cell conductors, and industrial high-temperature applications.
Technical Challenges
Downhole Temperature
Solution NCC operates at 175°C+ and 20,000 psi where copper enamel fails.
Corrosive Environment
Solution Nickel cladding resists KOH electrolyte, strong acids, and alkalis.
Sensor Wire Breakage
Solution CCS 3× break strength reduces mine shutdowns from sensor failure.
Frequently Asked Questions
What makes NCC suitable for downhole applications?
NCC combines nickel's corrosion and temperature resistance with copper's conductivity. It operates at 175°C+ and 20,000 psi where pure copper enamel insulation would fail, making it ideal for MWD/LWD downhole measurement tools.
How does CCS solve mining wire breakage?
CCS has 3× the break strength of pure copper, eliminating sensor wire breakage in vibration-prone mining and metallurgical environments. This reduces costly mine shutdowns from sensor failures.
