RTSD-398A Chromium Carbide Overlay Plate

RTSD-398A Chromium Carbide Overlay Plate

The RTSD-398A Cladding welding plate is a premium wear-resistant solution engineered for extreme abrasion and erosion environments. Manufactured using advanced chromium carbide overlay technology, this product combines a tough mild steel substrate with a high-hardness alloy layer to deliver exceptional durability and long service life. As part of the Hardfacing Plate category, it is specifically designed to reduce maintenance frequency, downtime, and overall operating costs in heavy industrial applications. The RTSD brand ensures consistent quality, precise metallurgical control, and reliable performance across demanding industries.

Key Features & Advantages

Superior Wear Resistance: Offers up to 30 times the abrasion resistance of low-carbon steel, significantly extending equipment lifespan.

High Hardness Surface: With a hardness range of HRC 55–65, the overlay layer effectively withstands severe material wear.

Excellent Bond Strength: Metallurgically bonded cladding ensures strong adhesion between the overlay and base plate, preventing delamination.

Thermal Stability: Maintains performance at temperatures up to 600°C, suitable for high-heat environments.

Balanced Impact Resistance: Designed to handle moderate to high impact conditions without cracking.

Customizable Solutions: Available in various thicknesses, sizes, and overlay compositions to meet specific project requirements.

Typical Applications

The RTSD-398A Cladding welding plate is widely used in industries where wear protection is critical, including:

Cement industry (chutes, hoppers, cyclones)

Power plants (coal handling systems, fan blades)

Steel plants (blast furnace liners, sinter plant components)

Mining and quarrying (crusher liners, screen plates)

Glass and paper manufacturing equipment

Why Choose RTSD-398A Cladding Welding Plate?

Choosing RTSD-398A means investing in a long-lasting, cost-effective wear solution. Its high chromium carbide content forms a dense, hard microstructure that resists abrasive particles and extends operational efficiency. Compared with conventional materials, this plate significantly reduces replacement frequency and labor costs, making it an ideal choice for industries focused on productivity and reliability.

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