Typical applications of Bimetallic Wear Plates include Discharge Chutes, Hoppers, Rock Boxes, Excavator Buckets, Loader Buckets, Dragline Buckets, Face Shovel Buckets, Spider Arm Guards on Crushers.

White iron laminated wear plates

They combine very high wear resistant qualities of a high white iron plate(ASTM A532 15/3CrMo, 700BHN-63HRC) with a weldable & high impact toughness mild steel plate through vacuum brazing to create a product that is exceptionally resistant to impact and abrasion while retaining.

For different work conditions, we can control the thickness of the layer to reach the overall performance requirements, thus, at the same time, satisfy the abrasion-resisting demand and structural requirement of the wear-resistant parts, then to realize the efficient use of the scarce resources. Most usual thickness ranges from 15mm to 90mm.

Chromium Carbide Overlay Wear Plates

OVERLAY-PLATE is welded by Chromium carbide overlay on a mild steel backing plate. Manufactured by our own design's welding machine with exclusive technique. 

OVERLAY-PLATE has excellent performance in abrasion and impact.

Standard sheet size we can produce is 1500x3000mm, 1200x2400mm.

Thickness we can produce 4+4, 6+4, 6+6, 8+5, 8+6, 10+5, 10+9, 10+10, 12+12, 12+17, 10+20.

Quality Guarantee

Quality Report to be submit ahead of delivery: include Metallographic Analysis & Hardness & Chemical Composition Analysis & Welding Quality(UT) & Dimensions & G65 Dry Sand/Rubber Wheel Abrasion Test & NDT Examination/LPI . We supply up to 24 month warranty on quality!

The company is certified with ISO9001:2015. We have a dedicated R&D team that can tailor various products with special requirements (such as wear resistance, corrosion resistance, impact resistance, heat resistance, etc.) and provide professional wear resistance solutions. Since its establishment, the company has carried out a lot of experiments on improving the wear resistance and composite bonding strength, various heat treatment technology on different products, and the selection of wear-resistant alloys under different working conditions. The production process and product performance are continuously optimized.