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Industrial Roller Rebuilding Welding Wire (4)imc

HS300 Complex Carbide Overlay Wear Plates | China Suppliers & Factory for High Abrasion Resistance Solutions

Overview:

Introducing the HS300 wear plate, a premier product from China’s leading suppliers and manufacturers. This advanced composite material is engineered with chromium carbide, niobium carbide, molybdenum carbide, vanadium carbide, and titanium carbide, all seamlessly fused to a mild steel backing, The HS300 features a high concentration of complex carbides that are uniformly distributed throughout the thickness of the cladding, resulting in a bimetallic material that offers exceptional abrasion resistance. Despite its robust durability, this wear plate maintains ductility, allowing for easy forming and welding, Ideal for environments where high abrasion and medium to high impact are prevalent, the HS300 wear plate is the top choice for industries that demand superior performance. Trust in HS300 to deliver outstanding durability and resilience, sourced from reliable suppliers and manufactured in our state-of-the-art factory in China

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    Specification

    Standard plate size(mm) 1400*3000 1400*3500 1500*3000 2000*3000 2100*3500 2100*6000
    Overlay thickness(mm) 2-80
    Base material thickness(mm) 2-150
    Common thickness
    Base+Overlay(mm)
    2+2, 3+3, 4+4...6+4, 6+6, 8+6, 8+8, 10+9, 10+10, 8+12, 12+12...
    12+17, 10+20, 12+30...14+40, 16+50, 20+80...
    Other sizes and thicknesses available on request.
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    Typical Properties

    Weld overlay composition:

    Element Content
    Carbon 3.0-7.5%
    Silicon 0.5-2.5%
    Manganese 0.5-2.5%
    Chromium 25-35%
    Mo+Nb+Ti+V+W ≥2.5%
    Others Bal

    Note: The content varies in different plate thickness.

    Bulk Hardness: HRC 58-65

    Surface Finish

    Surface Finish HS300

    X200 Metallographic Structure

    Metallographic Structure 1Metallographic Structure 2
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    Fabrication

    Bolting

    Bolting

    Assembling

    Assembling

    Cutting Holes

    Cutting Holes

    Bending

    Bending

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    Main Benefits

    Reduced Maintenance

    Reduced maintenance requirements

    Reduced Operating Costs

    Reduced operating costs

    Extended Lifetime

    Extended equipment lifetime

    Lower TCO

    Lower total cost of ownership

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    Applications

    Industry Application
    Mining Excavators, Loader Liners, Truck Bed Liners, Shovel & Dragline Buckets, Conveyors, Crushers' Wear Parts, Screening Solutions, Piping Systems, and Pumps.
    Cement Mixers, fans, hoppers, chutes, conveyors, classifiers, cyclone shells, roller presses, sieves, screens, pipes, and mill internals.
    Power Plant Chutes, hoppers, fans, crushers, fuel & ash pipes, boiler tubes, burners, screens, mill liners, and hot air ducts.
    Port Cargo handling infrastructure, hoppers, chutes, discharge & conveying pipes, dredgers' pipelines, and unloading systems.
    Steel Mill Hoppers, chutes, sieves, screens, crushers, coke distribution, gas piping, feeders, and furnace components.
    Bulk Material Handling Loaders, stackers, reclaimers, silos, loading equipment, piping networks, and discharge pipes.
    For more in-depth information on application, please contact us.
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    Frequently Asked Questions

    What are the standard sizes for these wear plates?
    Standard plate sizes include 1400*3000mm, 1500*3000mm, and up to 2100*6000mm. Custom sizes are also available upon request.
    What is the typical hardness of the chromium carbide overlay?
    The weld overlay typically reaches a bulk hardness of HRC 58-65, providing exceptional resistance to abrasion.
    Can the plates be fabricated for specific machine parts?
    Yes, these wear plates are highly versatile and can be processed via bolting, assembling, cutting holes, and bending to fit various industrial components.
    What chemical elements are in the overlay?
    The overlay is primarily composed of Chromium (25-35%), Carbon (3.0-7.5%), and other elements like Manganese, Silicon, and Mo+Nb+Ti+V+W for enhanced durability.
    Which industries benefit most from these plates?
    Key industries include Mining, Cement production, Power Plants, Ports, Steel Mills, and Bulk Material Handling facilities where high wear resistance is required.
    How do these plates reduce operating costs?
    By extending equipment lifetime and reducing maintenance frequency, they lower the total cost of ownership and minimize production downtime.

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