CrC alloy welding hardfacing bimetal steel sheet

Availability: In Stock
Introduce:High tensile strength Anti-corrosion High temperature resistence High quality
Min.Order Quantity: 1 Ton
Payment Terms: L/C,T/T,Western Union

Contact Supplier

Email: info@baobingroup.com
Tel: +86-21-67602066

CrC Alloy Welding Hardfacing Bimetal Steel Sheet

CrC Alloy Welding Hardfacing Bimetal Steel Sheet is a high-performance composite material engineered for extreme wear resistance in heavy industrial applications. The product consists of a tough, ductile carbon steel backing plate metallurgically bonded to a chromium carbide (CrC) rich hardfacing alloy layer through advanced welding or cladding processes. This combination delivers exceptional abrasion, impact, and corrosion resistance while maintaining structural integrity and weldability.

Baobin Company specializes in the design and manufacture of premium CrC hardfaced bimetal sheets tailored to your operational demands. Our sheets are widely used in mining equipment, cement plants, power generation, steel mills, and material handling systems where severe abrasion drastically reduces component lifespan. We offer full customization of dimensions, thickness ratios, hardfacing patterns, and chemical compositions to match your specific wear environment. Whether you need standard stock sizes or complex engineered solutions, our technical team provides end-to-end support from material selection to final delivery.

Technical Specifications & Service Capabilities

Property Specification
Base Material Q235, Q345, A36, A572, or customized low-carbon steel
Hardfacing Alloy Chromium Carbide (Cr7C3) rich alloy, typically 25-40% Cr, 3-6% C, with optional additions of Nb, Mo, V for enhanced properties
Total Thickness Range 6mm to 100mm (Customizable; typical hardfacing layer: 3mm-25mm)
Width & Length Fully customizable: Width up to 3000mm, Length up to 12000mm
Hardness (Hardfacing Layer) 58-65 HRC (Rockwell C Scale)
Bonding Method Submerged Arc Welding (SAW), Flux-Cored Arc Welding (FCAW), or Plasma Transferred Arc (PTA) Cladding
Wear Resistance 10-30x greater than mild steel; superior to white iron and many tool steels
Impact Resistance Base steel provides high toughness; hardfacing layer designed to resist crack propagation
Lead Time 7-14 working days for standard orders; 15-30 days for complex custom configurations
Certifications ISO 9001:2015, Material Test Certificate (MTC), EN 10204 3.1/3.2, ASTM/ASME Standards Compliance, Third-party Inspection (SGS, BV, TÜV)
Packaging Seaworthy export packaging with waterproof wrapping, steel strapping, and edge protection; custom crating available

Frequently Asked Questions (FAQ)

Q1: Can CrC hardfaced sheets be welded to other structural components?
A: Yes, absolutely. The carbon steel backing plate is fully weldable using standard procedures (SMAW, GMAW, FCAW). We recommend using low-hydrogen electrodes and preheating (100-150°C) for thicker sections. Avoid welding directly onto the hardfacing layer; weld only to the base steel for optimal joint integrity.
Q2: What is the recommended method for cutting or machining CrC bimetal sheets?
A: The hardfacing layer is extremely abrasive and cannot be machined with conventional tools. We recommend plasma cutting, laser cutting, or abrasive waterjet for precision profiling. The base steel can be sheared or flame-cut. Always cut from the hardfaced side down to minimize edge chipping.
Q3: How do you ensure metallurgical bonding between the hardfacing layer and the base plate?
A: Our advanced welding/cladding processes create a diffusion-bonded interface with minimal dilution. Every batch undergoes ultrasonic testing (UT) to verify bond integrity and detect any lack of fusion or porosity. We provide bond test reports upon request to guarantee 100% defect-free bonding.
Q4: Can you provide application-specific hardfacing patterns or thickness gradients?
A: Yes, we specialize in engineered solutions. We can apply hardfacing in specific patterns (stripes, dots, full coverage) or vary the thickness across the sheet to match wear profiles. Our engineers will work with you to design a cost-effective solution that maximizes service life in your specific application.

Contact us(And our MOQ is 1ton)