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High performance parts start with high performance materials

Kennametal is a global leader in the development and production of gas-atomized cobalt, nickel and iron-based alloy powders optimized for additive manufacturing. Our metal powders demonstrate functionality in a variety of additive processes, including powder bed fusion, direct energy deposition, and binder jetting.

We offer our metal powders direct to customers for use in aerospace, oil and gas, automotive, energy, and medical 3D printing applications—or in combination with our end-to-end AM capabilities to produce fully-finished components and tooling. 

 

 

AM Metal Powder Portfolio

Kennametal Stellite™ powders can be tailored to meet your particle size distribution requirements.

With superior process control, we achieve exceptional powder flowability and sphericity.

 

 

AM Metal Powder Applications

Our additive powder portfolio offers a range of metal powders with the material characteristics needed for use in industries such as aerospace, automotive, oil and gas, power generation, medical, dental, tool and die, and other general processing industries.

STELLITE™ Additive Powder

 

Las aleaciones Stellite™ basadas en cobalto son nuestras aleaciones más conocidas exitosas, ya que ofrecen las mejores propiedades “integrales”. Combinan una excelente resistencia mecánica al desgaste, especialmente a altas temperaturas, con una buena resistencia a la corrosión. Las aleaciones Stellite™ están principalmente basadas en cobalto con adiciones de Cr, C, W y/o Mo.

COMPOSICIÓN NOMINAL (% masa)

Material

Co Ni Cr W MO C Fe Si B  Otros

Stellite™ 1

Bal. -- 28.5 4.6 -- 12 -- -- --    --

Stellite™ 1

Bal. 2,6 27.5 -- 5.4 0,3 -- -- --    --

 

 

NISTELLE™ Additive Powder

 

Las aleaciones Nistelle™ se han diseñado para resistencia a la corrosión en vez de resistencia al desgaste, particularmente en entornos químicos agresivos donde su alto contenido en cromo y molibdeno proporciona una excelente resistencia a la abrasión. Como clase, también son generalmente resistentes a la oxidación por altas temperaturas y a la corrosión por gas caliente.

COMPOSICIÓN NOMINAL (% masa)

Material

Co Ni Cr W MO C Fe Si B  Otros

Nistelle™ 2347

-- Bal.
21.5 -- 9.0 -- -- -- --    --

Nistelle™ 2347

-- Bal.
21.5 3,0 13.5 -- 4.0 -- --    --

 

 

DELCROME™ Additive Powder

 

The iron-based Delcrome™ alloys were developed to resist abrasive wear at lower temperatures, typically up to 200º C.  These alloys also provide moderate corrosion resistance and metal to metal wear resistance.

COMPOSICIÓN NOMINAL (% masa)

Material

Co Ni Cr W MO C Fe Si B  Otros

Delcrome™ 90

-- 13.0
18.0 -- 2,6 -- Bal.
1,8 --    --

Delcrome™ 90

-- 4.0 16.5 -- -- -- Bal.
1,0 --    --

Delcrome™ 90

-- 0,3 5.0 -- 1,5 0,3 Bal. 1,0 --    --
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