Wear Plate Liner

Specifications Product Name CCO Wear Resistant Steel Plates Grab Bucket Wear Resistant Liner Base Plate Q235/Q345 Hardfacing layer High chromium high carbide overlay Chemical Composition C(%): 3.0-5.0 ,Cr(%): 25-40 Microstructure The carbide (Cr7C3) volume fraction on the microstructure is above 50% Hardness HRC58-65 Surface Treatment Hardfacing,clading,coated Technique Hardfacing,open arc welding,submerged arc welding Wear Resistance High wear resistance,30 times higher than

Typical Applications CCO plate is widely used in the mining, power plant, port, cement, steel plant, glass, waste handling, glass, dredging, pulp and paper industries. Some applications are as below: Mining: Hopper and bin liners, Chute and feeder liners, dump truck body liners, dozer blades, shovel buckets, dragline buckets, excavators Cement: Separator guide blades, vertical mixer liners, conveying pipelines, screw conveyors, distributors, sintering ore conveying chute,

Specifications Product Name CCO chute fabricated wear plate liner Base Metal Q235/Q345 or other medium or low carbon steel or stainless steel Surfacing Overlay High chromium high carbide Chemical Composition C(%): 3.0-5.0 ,Cr(%): 25-40 Metallographic Structure The carbide (Cr7C3) volume fraction on the microstructure is above 50% Hardness HRC58-65 Wear Resistance Our test shows that the wear resistance of CCO plate is 20 times higher than low carbon steel and 8 times than

Description The wear plate is manufactured by depositing high chromium, wear resistant materials on the mild steel base plate using open arc or submerged arc welding process. Consistent wear resistance guaranteed from surface down to 75% depth of the overlay. The volume fraction of primary carbides is maintained between 30 to 50% to provide a good combination of wear resistance and homogenous bonding. Plate hardness ranges from HRC58-65. The hardness is tested on machined

Specifications Product Name wear plate liner Base Plate Q235B Hardfacing layer Chromium carbide overlay, weld overlay Chemical Composition C(%): 3.0-5.0, Cr(%): 22-27, Mn(%): 2.0-3.0, B(%): 0.7-1.0 Chrome content can be even higher like 30% or 32%, but the cost will increase accordingly. Microstructure The carbide (Cr7C3) volume fraction on the microstructure is above 50%. Hardness HRC58-65 Surface Treatment Overlay, Hardfacing, cladding, coated. Technique Hardfacing, open