Chromium Carbide Overlay Plate

Austenitic alloys with up to about 0.7 % carbon and 20-30 % alloy (usually about equal parts of manganese and chrome with some nickel) provide stable austenite; even on carbon in high dilution situations, and low alloy steels. This makes them a much better choice than the austenitic manganese alloys for overlay on carbon and low alloy steels.

Well-designed austenitic surfacing alloys are extremely tough, ductile and work-hardenable. They offer excellent impact resistance but very low abrasion resistance (with little improvement as work-hardens) and have no relief checks.

These alloys will normally work-harden to a nominal surface hardness up to 50Rc and although this improves their abrasion resistance they still retain their good impact resistance. The austenitic surfacing deposits like the austenitic manganese base metals (see Base Materials) should not be exposed for extended periods to temperatures over 500°F (260 °C). This is to minimize embrittle.

HP Wear Plate is a kind of Compound Steel Plate consisting of a low carbon or alloyed steel base plate and a layer of wear resistant deposit.

The low carbon steel base plate makes Clad Plate to be welded, bolted or studded to existing structures, while the hard facing provides the premier wear-resistant surface capable of working in all applicable service conditions at either ambient or elevated temperatures.

Due to its excellent properties, HP CCO Plate works for long-lasting service life and superb performance, which are well applied to the industries like Cement Plant, Steel Mill, Mining Site, Power Generation, Construction where needs combat with abrasion.