Ni 99.0
Ni 99.0
Ni99.0 C0-0.15
Chemical composition |
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Cu0.25 max
Ni99.0 min
Fe0.4 max
Mn0.35 max
Si0.35 max
S0.01 max
C0.15 max
Mg0.2 max
Ti0.1 max
Alloy name | |
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RLSA no. | 601 |
EN standard | |
DIN standard | 2.4068 |
UNS no.* |
*Unified Numbering System (USA)
Characteristics and main uses
Pure nickel Ni 99.0 is characterized by very high resistance to oxidation and chemical corrosion.
Ni 99.0 is magnetic up to approx. +300 ° C. The maximum operating temperature in air is +650 ° C.
Commercially pure nickel
Resistance to various reducing chemicals and caustic alkalis
Good magnetostrictive properties
High electrical and thermal conductivity
Good ductility and low strain hardening rate
Good weldability and solderability
Main uses
- Electronic components
- Electrical components
- Input wires for heating elements
- Connections / Battery terminals
- Chemical treatment
- Aeronautical components
- Food processing
- Synthetic fiber processing
- Manufacture of foodstuffs such as handling of refrigerating brine, fatty acids and fruit juices due to the material's resistance to acids
- Neutral alkaline and saline solutions and against organic acids
- Tanks in which fluorine is produced and where it reacts with hydrocarbons (CFCs) due to the material's resistance to fluorine
- Storage and transport of phenol
- Production and processing of caustic soda
- Production of synthetic fibers and soaps
- Production of hydrogen chloride and chlorination of hydrocarbons such as benzene, methane and ethane
- Production of vinyl chloride monomer due to the material's resistance to dry chlorine gas and hydrogen chloride at elevated temperatures
- Electrical and electronic components
- Electrode contacts and current conductors in batteries
- Current conductors in alkaline fuels