Super Alloys

Super alloys can be categorized in highly non-corrosive, high temperature proof and high strength alloys:

HIGH STRENGTH MARAGING STEELS

Maraging steel is a family of iron alloys which is known for possessing superior strength without losing malleability. The iron base is alloyed principally with a large percentage of nickel to produce a very specific heat-treatment product. Other alloying elements include molybdenum, aluminum, copper and titanium and are added to produce intermetallic precipitates. Cobalt is added in percentages up to 12% to accelerate the precipitation reactions and ensure profuse and uniform precipitates.
Maraging steel is essentially free of carbon, which distinguishes it from most other types of steel.

PHYNICX has two types of maraging steels in her delivery program.

PHYNICX 300D

This NiCoMo maraging alloy combines in a unique combination superior mechanical properties (tensile strength), hardness and formability. It has also excellent fatigue-resistance. If hardened it can obtain the highest of hardness values.

Typical industries that apply the 300D alloy material

motor production, watch industry, automotive, defense, electronics, and general production equipment

PHYNICX 300P

This CoCrNiMo maraging alloy combines in a unique combination exceptional resistance to corrosion, fatigue strength and high yield strength.

This alloy is not magnetic.

Typical industries that apply the 300P alloy material

watch industry, aerospace, defense, electronics, automotive and general production equipment.

CORROSION

PHYNICX 625

This alloy has an outstanding corrosion-resistance combined with good mechanical properties, as well as high temperature performance.

Typical industries that apply the 625 alloy material in their technology

shipbuilding, cryogenics, offshore, pumps and fasteners

PHYNICX 400

The alloy 400 is characterized by good corrosion resistance for many environments, especially in marine and chemical processing.

Typical applications for the 400 alloy material

valves, pumps, fasteners, process vessels and piping, heat exchangers

PHYNICX 500

This alloy combines the corrosion properties of alloy 400 with much greater strength and hardness.

Typical applications for the 500 alloy material

cables, valve seals, pump shafts, doctor blades, fasteners or springs

HIGH-TEMPERATURE

PHYNICX 600

This alloy combines good resistance to oxidation, carburization and nitridation with a great resistance to heat.

Typical applications for the 600 alloy material

heaters, parts for heat-treating industry (like furnaces), thermocouples and nuclear reaction components

PHYNICX 601

This alloy combines good resistance to oxidation, carburization and nitridation with an even greater resistance to heat.

Typical applications for the 601 alloy material

heaters, parts for heat-treating industry (like furnaces), jet-engine igniters, exhaust gas systems or infrared radiant screens