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China 6 on N Chromium Carbide Overlay Wear Abrasion

Hardness of hardfacing 3~20mm on the mild steel plate can reach to 55-65HRc and the a brasion resistance is over 5 ~10 times more than common steel plates. Impact resistance High hardness, high toughness and excellent impact resistance withstand severe abrasive wear and heavy impact. China Bimetallic Hardfacing Chromium Carbide Wear Plate HART Plate is manufactured by depositing chromium-rich, abrasion-resistant materials on mild steel base plate using a traditional arc welding process. This product is usually referred to as chromium carbide overlay (CCO) plate on the market. The hardfacing overlay is suitable for severe abrasive wear and impact applications.

China Bimetallic Hardfacing Wear Resistant Chute Steel

The overlay will penetrate into base plate about 0.8mm-1.8mm, reaching up to 350Mpa in our tests. Wear Part Production. Cutting. Overlay can be cut with plasma, laser, and water jet. Machining. The overlay surface is not machinable. However, Wodon can provide Overlay with countersink holes and tapped holes. Forming. Overlay can be cold formed or rolled. Welding. Overlay can be welded on the mild steel base plate China Chromium Carbide Overlay Wear/Abrasion Resistant Leigong range clad wear plates are coated by high chromium carbide hardfacing flux cored wire on mild steel plate, with open arc welding, it is widely used in mining, cement, steel etc of raw material handling and processing for longer service life. LWP235 is available in standard dimensions and customized dimensions, in different thickness. China Hardface Bimetal Steel Plate Wear Resistant Plate China Hardface Bimetal Steel Plate Wear Resistant Plate, Find details about China Wear Plate, Chromium Carbide Overlay from Hardface Bimetal Steel Plate Wear Resistant Plate - Tianjin Wodon Wear Resistant Material Co., Ltd.

Chromium Carbide Overlay Cco Bimetal Sheet High Wear

chromium carbide overlay cco bimetal sheet high wear hardfacing steel plate. Wodon wear plates are manufactured by welding one or multiple wear resistant layers on a medium or low carbon steel base plate.The overlay alloy has a high amount of chromium carbide hard particles which makes the plate have good wear and impact resistance. Hardfacing Wear Plate - Bucket TeethJan 07, 2021 · Hardfacing plate is a bimetal plate made from a base plate overlaid with chromium carbide through open arc welding. The overlaid layer of chromium carbide is the functional hardface for wear resistance applications. For some special use, we can overlay both sides for you. Its cheaper when you take its long lifespan into consideration. Laminated Wear Plates - OVERLAY PLATE SUPPLIER, WEAR PLATE Hardness:63HRC/700BHN. The use life is at the very least 2 times greater compared with overlay/hardfacing wear plates, at least 7 times longer than A.R type steels 360/400BHN. The thicker ones such as 20mm above wear, the use life is far more longer. The wear resistance performance is the same from wear surface to the welding face.

hardfaced steel plate, hardfaced steel plate Suppliers and

CCO plate (8+8) Chromium carbide overlay wear abrasion resistant hardfacing bimetal steel plate US $118.00-$345.00 / Square Meter 1.0 Square Meters (Min. Order) welding surfacing chromium carbide overlay steel plate sizeThe overlay and base plate are metallurgical bonding.The overlay will penetrate into base plate about 0.8~1.8 mm,reaching up to 350 Mpa in our tests.Product name.Wodon welcomed chromium carbide compound plate with high hardness.Material. hardfacing plate - Jiangsu Caster MetallurgicalCaster hardfacing plate is a bimetal plate made from a base plate overlaid with chromium carbide through open arc welding.The overlaid Hardfacing Processed Plate WALDUNHardfacing Processed Plate consists of a mild steel base plate onto which a highly abrasive resistant welded overlay deposited with Open Arc Welding. The overlay deposit is either one or two layers. Transverse cracks occur on the surface as a natural phenomenon during welding due to stress release, which under control by the chemical composition of the overlay or by cooling methods.