Grades

A precipitation hardened martensitic stainless steel alloy that offers good corrosion resistance and excellent strength.

A precipitation hardened martensitic stainless steel alloy that is melted in AOD+VAR, AOD+ESR, or VIM+VAR melt type.

A precipitation hardened martensitic stainless steel alloy that offers good corrosion resistance and excellent strength. PH17-4 is one of the most common PH stainless steels and is used in a wide variety of markets.

A precipitation hardened stainless steel alloy that offers high strength, good corrosion resistance, and excellent fatigue strength and excellent strength.

300M is a modified 4340 high strength low alloy steel that is melted as AOD + VAR with higher strength and toughness than 4340.

An austenitic stainless steel melted as AOD melt type with a selenium addition for excellent machinability.

A fully austenitic stainless steel melted as AOD, AOD + VAR, or VIM + VAR melt type.

A fully austenitic stainless steel melted as AOD melt type that has excellent resistance to oxidation at high temperatures

A fully austenitic stainless steel melted as AOD, AOD + VAR, or VIM + VAR melt type with added Mo for pitting resistance

A fully austenitic stainless steel melted as AOD melt type and stabilized by titanium to prevent intergranular corrosion

A fully austenitic nickel-iron-chromium alloy melted as AOD melt type and has very high resistance to oxidation and carburization at high temperatures

A fully austenitic stainless steel melted as AOD melt type and stabilized by niobium to prevent intergranular corrosion

A martensitic stainless steel alloy that is melted as AOD, AOD + VAR, or AOD + ESR melt type and used where good corrosion resistance, strength, and ductility are required.

A martensitic stainless steel alloy that is melted as AOD + ESR melt type and has increased properties from 410 by an addition of columbium.

A martensitic stainless steel that is AOD melted and has a sulfur addition to improve machinability as compared to 410

A martensitic high carbon stainless steel that is AOD or AOD + ESR melted and possesses high hardness in the heat treated condition.

A free machining version of 420 martensitic high carbon stainless steel that is AOD melted.

A hardenable martensitic stainless steel melted as AOD + ESR and has better strength at higher temperatures than a traditional 410 stainless

A fully ferritic, non-hardenable, straight chromium alloy melted as AOD with good corrosion resistance and formability

A fully ferritic, non-hardenable, straight chromium alloy melted as AOD free machining version of 430 stainless

A martensitic stainless steel that is AOD melted with excellent corrosion resistance and heat treatable to high strengths.

A low alloy high strength steel melted as AOD + VAR with added vanadium for excellent impact properties

A low alloy steel with ultra high strength melted as AOD + VAR or VIM + VAR product with excellent transverse properties

A low alloy steel with ultra high strength melted as VIM + VAR product with excellent transverse properties and slightly higher carbon than 4340

A high carbon martensitic stainless steel that is AOD melted and can be heat treated to extremely high hardnesses

A high carbon martensitic stainless steel that is AOD or AOD + ESR melted and can be heat treated to the highest hardness of any martensitic stainless alloy

A free machining high carbon martensitic stainless steel that is AOD melted and heat treatable to elevated hardnesses

A fully ferritic, non-hardenable, alloy melted as AOD with good resistance to oxidation and corrosion at high temperatures

A nickel, molybdenum, manganese low alloy steel that is melted as AOD + VAR melt type

A high carbon low alloy steel with ultra high strength melted as AOD + VAR or VIM + VAR product with excellent wear resistance

Carbon chromium low alloy steel melted as AOD + VAR with highly abrasive resistance properties

A nickel-chrome-molybdenum low alloy steel melted as AOD + VAR or VIM + VAR with good strength and toughness properties

An AOD melted air-hardened tool steel with good toughness and excellent dimensional control after heat treatment.

An austenitic age-hardenable iron based superalloy melted as AOD+ESR.

An AOD air hardened tool steel that has the ability of a low temperature heat treatment.

A675 is a stainless steel melted as VIM + VAR melt type and is often used in bearings and gearings.

A precipitation hardened martensitic stainless steel alloy with improved transverse propeties that is melted in AOD+ESR melt type.

A precipitation hardened martensitic stainless steel alloy with improved transverse properties that is melted in VIM + VAR melt type.

An AOD melted air hardened tool steel with above average wear resistance and toughness.

CMV is a Chromium-Molybdenum-Vanadium steel melted as AOD + VAR melt type

A low alloy steel melted as VIM + VAR melt type and comprised of primarily Chromium and Vanadium.

An AOD melted cold work, high carbon, high chromium tool steel with excellent hardenability.

A medium carbon low alloy steel melted as AOD + VAR with ultra high strength properties

A hardenable martensitic stainless steel melted as AOD + ESR and has better strength at higher temperatures than a traditional 410 stainless

A hardenable martensitic stainless steel melted as AOD + ESR and has better strength at higher temperatures than a traditional 410 stainless

An AOD + VAR melted hot work tool steel with low carbon and good toughness.

An AOD or AOD ESR melted hot work, chromium tool steel that has good resistance to softening at higher temperatures.

A hardenable martensitic stainless steel melted as AOD + ESR and has better strength at higher temperatures than a traditional 410 stainless

A low alloy steel melted as AOD + VAR with nickel and cobalt additions to increase toughness

A high strength low alloy melted as AOD + VAR with good ductility and fracture toughness

A hardenable martensitic stainless steel melted as AOD + ESR or AOD + VAR and has better strength at higher temperatures than a traditional 410 stainless

An AOD melted high oil hardened tool steel with good toughness.

An AOD melted high speed tool steel with increased properties due to molybdenum additions.

A bearing steel that is AOD + ESR, AOD + VAR, or VIM + VAR melted and has extremely high wear resistance.

A bearing steel that is VIM + VAR melted and has extremely high wear resistance and good toughness

An age hardenable iron-nickel steel alloy melted as VIM + VAR with ultra high strength and toughness.

An age hardenable iron-nickel steel alloy melted as VIM + VAR with ultra high strength and toughness.

A low alloy steel melted as AOD + VAR and capable of nitriding to a high case hardness

An austenitic stainless steel melted as AOD melt type with special alloying to have roughly twice the strength of 304 stainless.

N33 is an austenitic nitrogen strengthened stainless steel melted as AOD + ESR melt type

A high manganese, high nitrogen, austenitic stainless steel melted as AOD or AOD + ESR melt type.

A high nitrogen austenitic stainless steel melted as AOD melt type with higher strength and corrosion levels than 316L

A high nitrogen austenitic stainless steel melted as AOD melt type with better pitting resistance than 316L

a low alloy age hardenable nitriding steel that is melted as AOD + VAR melt type.

An AOD melted oil hardened tool steel that can reach up to 65 rockwell C in hardness

An AOD melted oil hardened tool steel used for applications requiring cold work

An AOD melted shock resisting tool steel with excellent hardenability and impact properties.

A low alloy carburizing steel melted as VIM + VAR with good temper resistance and impact strength