Wear Parts' cladded chromium carbide plate is ideal for extreme wear applications, high temperature environments, and situations where corrosive problems exist. Chromium carbide overlaid plating also offers a high level of impact resistance. This bimetallic (meaning two types of metals) product starts with a mild steel base plate that is then fused or overlaid with chromium carbide. 30% chrome (chromium) and 5% carbon, chromium carbide metallurgically bonds to the steels surface to form a protective and durable surface that will not separate from the base metal.
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Because chromium carbide is made from a combination of high chrome and high carbon, chromium carbide steel plate achieves unparalleled rigidness/hardness. When the two metals are combines, they form chromium carbide crystals that can reach a hardness of 600 BHN (Brinell Hardness Scale). For your reference, thats five times (5X) the hardness of un-plated (mild) steel.
Custom overlays may use an A-514 steel or other higher strength steel in replace of a mild steel base plate., but usually a chromium carbide overlay plate begins life with a mild steel base. The cushioning quality of the mild steel base metal allows the base to absorb impact. In the event that the hard surface does crack, the strong and deep weld bond the chromium carbide overlay provides prevents it from separating from the steel base plate, even under impact.
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Because of its incomparable hardness, the chromium carbide overlay surface on Wear Parts chromium carbide plating is not machinable. However, Wear Parts can provide plates with a variety of inserts, such as countersink or tapped holes, to meet your needs.
Wear Parts chromium carbide overlay plate can be either cold formed or rolled. Please note the recommended radius should be greater than 20 times (20X) the thickness of the plate.
Wear Parts chromium carbide overlay can be welded onto another mild steel base plate surface using standard carbon steel electrodes, such as .
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