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Hardfacing Wear-resistant Plate
Clad metal plates are one of Teda Ganghua’s flagship products, combining high-quality weld overlay materials, competitive pricing, fast delivery, and familiarity with client specifications.
For industries requiring durable, wear-resistant, and precisely manufactured steel plates, Teda Ganghua delivers reliable solutions tailored to your needs, ensuring both performance and cost-effectiveness.
Teda Ganghua is a leading clad plate manufacturer that combines:
Self-owned production lines for high-quality wear-resistant overlays
Extensive NM-series inventory for fast supply
Customizable and durable solutions for industrial wear applications
Whether for mining, cement, steel, or heavy machinery, Teda Ganghua delivers reliable clad plates and wear-resistant solutions that maximize equipment life and minimize maintenance costs.
CCO (Chromium Carbide Overlay) is the hardest and most wear-resistant, ideal for extreme abrasion environments.
Mn13 develops a work-hardened surface under impact, making it excellent for crusher liners and impact plates.
NM400 is a cost-effective wear-resistant steel for general abrasion applications.
Choosing the right material depends on abrasion type, impact load, temperature, and cost.
In summary, for severe sliding wear, choose CCO; for impact + abrasion, choose Mn13; for general abrasion with moderate cost, choose NM400.
CrC is the hard ceramic phase providing abrasion resistance.
CCO is the practical overlay product, combining CrC hardness with a metallic binder for structural support and impact tolerance.
For industrial applications, CCO is preferred over pure CrC because it provides wear resistance, toughness, and long service life.
In short, CrC defines the material’s hardness, while CCO defines the usable, industrial form that protects equipment in high-wear environments.
Cemented carbide (hard alloy) is an ideal material for wear-resistant applications because it combines:
✅ Extreme hardness (WC phase)
✅ Toughness and impact resistance (metallic binder)
✅ Thermal and chemical stability
✅ Adjustable properties for different wear conditions
This unique combination allows cemented carbide to outperform traditional steel or other alloys in environments with high abrasion, impact, and temperature, making it the first choice for industrial wear applications.
5. Key Takeaways
WC: Extreme hardness and abrasion resistance; best for slurry and sand-heavy environments; higher cost; moderate impact tolerance.
CrC: Balanced wear and impact resistance; cost-effective for general industrial applications; easier deposition.
COC: Multi-alloy and multi-phase carbides; excellent for combined abrasion and impact; high temperature tolerance; premium solution for severe service.
Choosing the right material depends on abrasion type, impact load, temperature, and cost considerations. WC is ideal for extreme abrasion, CrC is suitable for general wear, and COC is best for multi-condition severe wear environments.
Tungsten Carbon (WC) is more expensive than Chromium Carbide (CrC).
Price influencers include:
Raw material cost
Overlay thickness and coverage
Deposition or cladding method
Alloy composition and powder purity
Base steel selection
Labor and energy requirements
Application decision:
Choose WC for extreme abrasion or slurry environments where maximum hardness is required.
Choose CrC for general wear applications where cost efficiency is important.
Tungsten Carbide Coating Specification
Tungsten carbide coatings are preferred in industries where abrasion, erosion, and high-stress wear are major operational challenges.
Their extreme hardness, low wear rate, and durability make them suitable for mining, oil & gas, cement, dredging, steel, and tooling applications.
By selecting the right Tungsten Carbide Coating Specification, operators can achieve longer equipment life, reduced maintenance costs, and improved operational efficiency.
Tungsten Coating on Steel offers:
✅ Exceptional hardness and abrasion resistance
✅ Extended service life in harsh industrial conditions
✅ Multiple deposition methods for different thickness and performance
✅ Ideal for mining, drilling, cement, dredging, and steel industries
By choosing the right tungsten coating type—plasma spray, laser cladding, HVOF, or weld overlay—equipment life can be significantly extended, reducing maintenance and operational costs.
When choosing tungsten carbide for sale, it’s important to consider its advantages over traditional carbonized overlays: higher hardness, superior wear resistance, and longer service life. For industries such as mining, cement, steel, and heavy machinery, tungsten carbide provides better performance, reduced maintenance, and cost efficiency compared to conventional overlay materials.
The primary difference between tungsten carbide coatings and carbonized weld overlays lies in material composition, hardness, and application method. Tungsten carbide coatings provide superior wear resistance, durability, and precision, while carbonized overlays offer a more economical solution for less demanding applications. Selecting the appropriate coating ensures optimal performance, reduced maintenance, and longer equipment life.
Tungsten carbide coatings offer a customizable solution for industries where wear and abrasion are critical concerns. By custom-fabricating overlay materials to match specific application needs, companies can significantly enhance equipment durability, reduce maintenance costs, and ensure long-term operational efficiency.
TIANJIN TEDA GANGHUA
Tel: +86 22 86896631
Phone: +86 15822676888
Fax: +86 22 86896632
E-mail: sales1@tedaganghua.com
Office Hours:Mon – Fri / 9:00 AM – 6:00 PM
Address:Beichen Industrial Area, Beichen District, Tianjin 300400 China
Room A3101, Section 2, No. 122, Dongting Road, Tianjin Development Zone
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