Extremely low thermal expansion at room temperatures
Show details Download stocklistThe highest controlled CTE of all nickel alloys
Show detailsThe lowest CTE Between 20-500 ºC and equal to glass and ceramics
Show detailsThis 36 % nickel-iron alloy has the lowest nickel percentage of the three main soft magnetic alloys.
Show detailsThis high % nickel-iron alloy has a typically very high permeability. Excellent properties to shield larger magnetic fields. This material however has a relatively low saturation level.
Show detailsThis nickel-iron alloy has a typically high saturation level and permeability.
Show detailsCobalt-iron alloys have the highest saturation polarization of all known magnetic alloys.
Show detailsDependent on the % of nickel used, and a specific final heat treatment, the curie temperature of nickel alloys can be defined.
Show detailsThis alloy combines good resistance to oxidation, carburization and nitridation with a great resistance to heat.
Show detailsThe alloy 400 is characterized by good corrosion resistance for many environments, especially in marine and chemical processing.
Show detailsThis alloy combines good resistance to oxidation, carburization and nitridation with an even greater resistance to heat.
Show detailsThis alloy combines the corrosion properties of alloy 400 with much greater strength and hardness.
Show detailsThis alloy has an outstanding corrosion-resistance combined with good mechanical properties, as well as high temperature performance.
Show detailsThis CoCrNiMo maraging alloy combines in a unique combination exceptional resistance to corrosion, fatigue strength and high yield strength. This alloy is not magnetic.
Show detailsThis NiCoMo alloy combines a unique combination of superior mechanical properties (tensile strength), hardness and formability. It has also excellent fatigue-resistance. If hardened it can obtain the highest of hardness values.
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