Tungsten carbide is used in the form of the hard material.

The composite wire comprises a metallic outer sheath and an inner core containing boron carbide and chrome carbide.

The outermost surface is covered with chromium or one of chromium nitride, carbide and carbide nitride whereby a harmful resin is prevented from adhering to the tool.

An alloy comprising chromium-tungsten-carbide in a ferrous matrix is produced.

Type 321 is stabilized against chromium carbide formation by the addition of titanium.

Type 321 is stabilized against chromium carbide formation by the addition of titanium.

Alloy 321 is stabilized against chromium carbide formation by the addition of titanium.

Due to the addition of titanium metal, it effectively controls the formation of chromium carbide.

Alloy 321 is stabilized against chromium carbide formation by the addition of titanium.

In a method of producing an iron-based alloy containing chromium carbide, pieces of cemented carbide are added to an iron-based melt containing carbon, e.g. cast iron.

Type 321 is stabilized against chromium carbide formation by the addition of titanium.

  The ceramic comprises titanium nitride as the main component, and contains at least one oxide selected from a group consisting of aluminum oxide and zirconium oxide, nickel, chromium carbide, and molybdenum carbide.

In steels alloyed with chromium, the chromium contained in the material combines on heating (often while welding) with the carbon to form chromium carbide.

If the Carbon level in the steel is too high, Chromium can combine with Carbon to form Chromium Carbide.

If the carbon content in steel is too high, chromium can combine with carbon to form chromium carbide.