Our resistance alloys are used in many areas of electronics and electrical engineering and can be supplied in many different forms and types. Our alloys MANGANIN®, ZERANIN®, ISAOHM® and NOVENTIN® are homogenous solid-solution alloys that are annealed and stabilized in the primary thermodynamic state—guaranteeing stability values in the ppm range per annum.
MANGANIN®
Copper-manganese-nic
kel alloy
Medium specific resistance
Very low TCR and low thermoelectric EMF
ZERANIN®
Copper-manganese-tin alloy
Low-ohmic alternative to MANGANIN®
Improved TCR compared to MANGANIN®
ISAOHM®
Nickel, chrome and additives from aluminum, silicon, manganese and iron
High specific resistance
Low TCR
NOVENTIN®
Copper-manganese-nic
kel alloys
Closes the gap of the specific resistance between MANGANIN® and ISAOHM®
TCR ±10 ppm/K
Our resistance alloys are used in many areas of electronics and electrical engineering and can be supplied in many different forms and types. Our alloys MANGANIN®, ZERANIN®, ISAOHM® and NOVENTIN® are homogenous solid-solution alloys that are annealed and stabilized in the primary thermodynamic state—guaranteeing stability values in the ppm range per annum.
- MANGANIN®
- Copper-manganese-nickel alloy
- Medium specific resistance
- Very low TCR and low thermoelectric EMF
- ZERANIN®
- Copper-manganese-tin alloy
- Low-ohmic alternative to MANGANIN®
- Improved TCR compared to MANGANIN®
- ISAOHM®
- Nickel, chrome and additives from aluminum, silicon, manganese and iron
- High specific resistance
- Low TCR
- NOVENTIN®
- Copper-manganese-nickel alloys
- Closes the gap of the specific resistance between MANGANIN® and ISAOHM®
- TCR ±10 ppm/K
