Parameters of Nickel-based Tungsten Carbide Alloy

Tungsten Carbide Industry News /

Parameters of Nickel-based Tungsten Carbide Alloy 1.Chemical Composition Determines Fundamental Properties. In nickel-based WC alloys, nickel acts as the base element, typically constituting 60% – 85% of the composition. In some customized aerospace alloy components, the nickel content reaches 75%, imparting excellent toughness and corrosion resistance. Tungsten carbide (WC) is the key strengthening phase, generally present […]

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Does tungsten carbide contain nickel​

Tungsten Carbide Industry News /

Does tungsten carbide contain nickel​ Pure tungsten carbide contains no nickel. Pure tungsten carbide is a compound (WC) composed of tungsten (W) atoms and carbon (C) atoms, with a simple hexagonal crystal structure. The compound itself contains no nickel or other metal elements. Cemented carbide (commonly known as “tungsten carbide” products):It usually contains nickel (or

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Welding Methods For Stamping Dies

Tungsten Carbide Industry News /

Welding methods for stamping dies Tungsten Inert Gas (TIG) Welding:Principle: TIG welding is a welding technique that uses argon gas as a shielding gas. The arc burns under the protection of argon, concentrating heat and effectively preventing oxidation of the welding zone, thereby producing high-quality welds.Application: Commonly used for welding stamping dies made of stainless

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Is tungsten carbide ferrous​

Tungsten Carbide Industry News /

Is tungsten carbide ferrous​ Is tungsten carbide ferrous​? Tungsten carbide belongs to neither non-ferrous metals nor ferrous metals. It is a metallic compound composed of tungsten and carbon, possessing unique physical and chemical properties. It is widely used in fields such as cemented carbides and wear-resistant materials. I. Basic Introduction to tungsten carbide Tungsten carbide is a

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The allowable stress of cemented tungsten carbide

Tungsten Carbide Industry News /

The allowable stress of cemented tungsten carbide Cemented tungsten carbide is frequently used in engineering design, and understanding allowable stress of cemented tungsten carbide helps engineers select suitable materials. Allowable stress refers to the maximum stress a material can safely withstand long-term; exceeding this value may cause deformation or fracture. As a representative hard alloy, the

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Tungsten carbide compressive strength and tensile yield strength

Tungsten Carbide Industry News /

Tungsten carbide compressive strength and tensile yield strength Tungsten carbide forms a densely sintered crystalline structure through high-temperature bonding of tungsten and carbon atoms, endowing the material with exceptional hardness. As a ceramic material, pure tungsten carbide exhibits high hardness and brittleness, with relatively low tensile strength significantly influenced by manufacturing processes (e.g., sintering density, grain size). Pure

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