Chromium Carbide Properties

Teda Ganghua Chromium Carbide Properties:

  • High hardness and wear resistance

  • Long service life under extreme abrasion

  • Stable performance at high temperatures

  • Reasonable and competitive pricing

  • Fast, dependable delivery from stock

If your equipment faces severe wear, Teda Ganghua’s chromium carbide overlay solutions offer a reliable balance of durability, affordability, and efficiency — helping your operation run longer, safer, and more cost-effectively.

Chromium carbide is one of the most effective wear-resistant materials used in modern industry.
When applied as an overlay or hardfacing layer on steel plates, it creates an extremely durable surface that resists abrasion, erosion, and high-temperature wear.

Teda Ganghua specializes in producing chromium carbide overlay plates (CCO plates) and hardfacing materials with superior metallurgical bonding and uniform carbide distribution.
These products are widely used in mining, cement, power generation, and construction equipment that operate in tough environments.

Key Properties of Chromium Carbide

Property Description Benefit
High Hardness 58–65 HRC (≈ 700–850 HV) Outstanding resistance to sliding and abrasive wear
Excellent Bonding Strength Metallurgically bonded to base steel Prevents peeling or cracking under stress
High-Temperature Resistance Stable up to 800 °C Suitable for hot clinker, ash, and slag handling
Corrosion Resistance Chromium-rich carbide phase Protects against oxidation and mild chemical attack
Impact Resistance Controlled microstructure and thickness Withstands moderate impact in mining and quarrying
Long Service Life 3–10× longer than conventional steel Reduces replacement frequency and maintenance cost

The balance of tough base metal and hard carbide overlay gives the plates exceptional wear performance under both dry and wet conditions.

Why Choose Teda Ganghua Chromium Carbide Materials

1. Exceptional Durability

Teda Ganghua’s chromium carbide plates use optimized Cr–C alloy ratios to ensure a uniform, dense carbide structure.
This results in higher wear resistance and longer service life — even in high-impact or high-temperature environments.

Field data shows that Teda Ganghua CCO plates last 3–5 times longer than typical wear plates under the same working conditions.

2. Competitive and Reasonable Pricing

Through efficient production and controlled welding processes, Teda Ganghua offers chromium carbide materials that maintain excellent performance at a reasonable cost.
The company focuses on cost-effectiveness, helping customers reduce both downtime and total maintenance expenses.

3. Fast and Reliable Delivery

With a large inventory of standard sizes and advanced cutting facilities, Teda Ganghua ensures quick order processing and fast shipping.
Customized sizes, overlay thicknesses, and surface patterns are available on request — often with short lead times compared with industry averages.

Typical Specifications

Parameter Range Notes
Base Plate Material Q235B, Q345B, ASTM A36, Stainless Steel Optional depending on environment
Overlay Thickness 3–12 mm Single or multiple layers available
Total Plate Thickness 6–30 mm Includes base + overlay
Hardness 58–65 HRC Maintained even after long-term use
Plate Size 1400 × 3000 mm / 1500 × 3000 mm Custom sizes upon request
Maximum Temperature Up to 800 °C For hot abrasion and erosion environments

Main Applications

Teda Ganghua’s chromium carbide materials are trusted in many heavy-duty industries, including:

  • Mining: liners, chute plates, and bucket wear surfaces

  • Cement: clinker hoppers, rotary kiln outlets, and pipelines

  • Power plants: coal mill housings, fan blades, and ash handling systems

  • Steel mills: sinter plant components and dust collection ducts

  • Construction machinery: loader buckets, bulldozer blades, and mixing arms

Wherever abrasion or impact shortens equipment life, Teda Ganghua’s chromium carbide plates provide a lasting and economical solution.

Chromium Carbide Properties

Chromium Carbide Properties

Chromium Carbide Properties

Chromium Carbide Properties

Chromium Carbide Properties