900 ways to make a change

A high-performance alloy with tensile strength, which offers less energy consumption with an extreme life-length.

An austenitic chromium-nickel steel with minimum 2.5% molybdenum and low carbon contents, suitable for hydrogen applications and hydraulic instruments.

Super-duplex stainless steel for service in highly corrosive conditions such as carbon capture and storage.

Developed for high-temperature environments such as solar power applications, and can be used at temperatures up to 1100°C.

A hardened and tempered martensitic stainless steel enabling smaller and energy-efficient compressors.

A high alloy austenitic grade for service in demanding wet, corrosive environments such as biodiesel and heat exchangers.

An austenitic nickel-chromium-iron alloy for steam generators in nuclear power plants with excellent structural stability and good weldability.

A powder-based alloy that enables electrification of heating processes in steel making.

An embrittlement-free alloy that can increase capacity in energy storage systems.

Designed to enable an oxygenless process that increases output and safety in urea production.

A series of alloys that allow exact temperature measurement up to 1260°C (2300°F)

This alloy is a critical component in the power grid, enabling the harnessing of natural wind energy.

Fine wire for cardiovascular applications, hip stems, spinal systems, bone screws, knee joints, and dental implants.

A martensitic chromium strip steel grade with a very high fatigue resistance enabling energy-efficient compressors.

A coated material vital for fuel cells that convert hydrogen gas into electricity.

Excellent high-temperature properties for advanced pulverized steam boilers such as for renewable gas and supercritical water gasification.

Offers high strength, extraordinary corrosion resistance, good fabricability and excellent welding properties. Ideal for machining critical components.

A dual grade certified austenitic chromium-nickel steel with minimum 2.5% molybdenum and a low carbon content used for compressed natural gas fuel systems.

A titanium grade alloy for, e.g., aerospace characterized by excellent corrosion resistance to seawater and high mechanical properties.

A martensitic stainless chromium steel with high hardness, offering longer life for razor blade and knife applications.

Division Kanthal’s solutions reduce climate impact by electrifying industrial processes.

Advanced medical precision wire with the capacity to enhance the quality of life for many people.

Our Sanicro® alloys are used in the first industrial reactor for supercritical water gasification, converting organic waste into fossil-free energy carriers.

Electrification of the heat treatment process for Swedish-based engineering steel producer Ovako.

Pre-coated steel strips for forming and welding the bipolar plates that form a key part of a hydrogen fuel cell stack.

Through close, long-term customer partnerships, we advance processes and applications in the most demanding industries through unique materials that are lightweight, durable, corrosion-resistant, and able to withstand extremely high temperatures and pressures.

On-site manufacturing solution for high-pressure tubes used in hydrogen refueling stations.

Nickel alloys for the heliostats at the top of a solar tower.

The next-generation compressor valve steel makes compressors a lot more energy efficient.