CCO PLATES
HB OM100
HB OM100 combines a chromium carbide composite cladding with a mild steel base through fusion bonding. Its structure features a dense, uniform distribution of chromium carbides within the cladding layer, creating a bimetallic material that delivers exceptional abrasion resistance while retaining ductility for welding and forming.
HB SM200
HB SM200 utilizes submerged arc welding technology to fuse chromium carbide composite cladding onto a mild steel base. The cladding features a high density of chromium carbides uniformly distributed across its thickness, forming a bimetallic structure that delivers exceptional abrasion resistance while retaining ductility for forming and welding applications.
HB SM500
HB SM500 combines chromium, niobium, molybdenum, vanadium, and titanium carbide composite cladding fusion-bonded to a mild steel base. High-density complex carbides bond uniformly across the cladding’s thickness, forming a bimetallic structure with superior abrasion resistance and retained ductility for forming and welding.
HB SM800
HB SM800 is chromium carbide and tungsten carbide composite cladding fusion bonded to a mild steel backing material.Very high volume of complex carbides fuse to base plate and evenly distributed throughout the uniform thickness of the deposit, creating a bimetallic material with excellent abrasion resistance while still retaining ductility allowing forming and welding.
HB SP
Smooth Surface plate is produced by depositing high chromium high carbon overlay on to mild steel base metal, applying improved welding technique, which contribute to uniform chemistry and microstructure with smooth surface without welding beads. Smooth Surface plate is suitable for highly abrasion working environments.
HB X
HS-X is customized complex carbides composite cladding fusion bonded to a mild steel backing material. Very high volume of complex carbides fuse to base plate and evenly distributed throughout the uniform thickness of the deposit, creating a bimetallic material with excellent abrasion resistance while still retaining ductility allowing forming and welding.